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Question 1 of 617
Sophia travelled at the speed of $133\frac{1}{3}$ m/min for $3\frac{3}{4}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $3\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times3\frac{3}{4}&=&8\times\frac{15}{4}\\
&=&30
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $3\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times3\frac{3}{4}&=&8\times\frac{15}{4}\\
&=&30
\end{array}
km.
Benjamin took $1\frac{7}{10}$ h to travel 136 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=136 km, Time is $1\frac{7}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
136\div1\frac{7}{10}&=&136\div\frac{17}{10}\\
&=&136\times\frac{10}{17}\\
&=&80
\end{array}
km/h.
Emma travelled at the speed of $333\frac{1}{3}$ m/min for $2\frac{3}{4}$ h. How many km did Emma travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $2\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times2\frac{3}{4}&=&20\times\frac{11}{4}\\
&=&55
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $2\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times2\frac{3}{4}&=&20\times\frac{11}{4}\\
&=&55
\end{array}
km.
Mason travel 66 km at the average speed of 24 km/h. How many hours did Mason travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=66 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
66\div24&=&66\times\frac{1}{24}\\
&=&\frac{11}{4}\\
&=&2\frac{3}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=66 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
66\div24&=&66\times\frac{1}{24}\\
&=&\frac{11}{4}\\
&=&2\frac{3}{4}
\end{array}
h.
James travel 90 km at the average speed of 24 km/h. How many hours did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=90 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
90\div24&=&90\times\frac{1}{24}\\
&=&\frac{15}{4}\\
&=&3\frac{3}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=90 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
90\div24&=&90\times\frac{1}{24}\\
&=&\frac{15}{4}\\
&=&3\frac{3}{4}
\end{array}
h.
James took $1\frac{1}{10}$ h to travel 77 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=77 km, Time is $1\frac{1}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
77\div1\frac{1}{10}&=&77\div\frac{11}{10}\\
&=&77\times\frac{10}{11}\\
&=&70
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=77 km, Time is $1\frac{1}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
77\div1\frac{1}{10}&=&77\div\frac{11}{10}\\
&=&77\times\frac{10}{11}\\
&=&70
\end{array}
km/h.
William took $2\frac{1}{8}$ h to travel 102 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=102 km, Time is $2\frac{1}{8}$ h, and therefore the speed is:
\begin{array}{rcl}
102\div2\frac{1}{8}&=&102\div\frac{17}{8}\\
&=&102\times\frac{8}{17}\\
&=&48
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=102 km, Time is $2\frac{1}{8}$ h, and therefore the speed is:
\begin{array}{rcl}
102\div2\frac{1}{8}&=&102\div\frac{17}{8}\\
&=&102\times\frac{8}{17}\\
&=&48
\end{array}
km/h.
William took $1\frac{1}{4}$ h to travel 90 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=90 km, Time is $1\frac{1}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
90\div1\frac{1}{4}&=&90\div\frac{5}{4}\\
&=&90\times\frac{4}{5}\\
&=&72
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=90 km, Time is $1\frac{1}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
90\div1\frac{1}{4}&=&90\div\frac{5}{4}\\
&=&90\times\frac{4}{5}\\
&=&72
\end{array}
km/h.
Isabella travel 60 km at the average speed of 40 km/h. How many hours did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=60 km, Speed is 40 km/h, and therefore the time is:
\begin{array}{rcl}
60\div40&=&60\times\frac{1}{40}\\
&=&\frac{3}{2}\\
&=&1\frac{1}{2}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=60 km, Speed is 40 km/h, and therefore the time is:
\begin{array}{rcl}
60\div40&=&60\times\frac{1}{40}\\
&=&\frac{3}{2}\\
&=&1\frac{1}{2}
\end{array}
h.
James took $1\frac{3}{8}$ h to travel 22 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=22 km, Time is $1\frac{3}{8}$ h, and therefore the speed is:
\begin{array}{rcl}
22\div1\frac{3}{8}&=&22\div\frac{11}{8}\\
&=&22\times\frac{8}{11}\\
&=&16
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=22 km, Time is $1\frac{3}{8}$ h, and therefore the speed is:
\begin{array}{rcl}
22\div1\frac{3}{8}&=&22\div\frac{11}{8}\\
&=&22\times\frac{8}{11}\\
&=&16
\end{array}
km/h.
William travelled at the speed of $233\frac{1}{3}$ m/min for $1\frac{6}{7}$ h. How many km did William travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $1\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times1\frac{6}{7}&=&14\times\frac{13}{7}\\
&=&26
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $1\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times1\frac{6}{7}&=&14\times\frac{13}{7}\\
&=&26
\end{array}
km.
William took $1\frac{9}{10}$ h to travel 171 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=171 km, Time is $1\frac{9}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
171\div1\frac{9}{10}&=&171\div\frac{19}{10}\\
&=&171\times\frac{10}{19}\\
&=&90
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=171 km, Time is $1\frac{9}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
171\div1\frac{9}{10}&=&171\div\frac{19}{10}\\
&=&171\times\frac{10}{19}\\
&=&90
\end{array}
km/h.
Ava travel 77 km at the average speed of 63 km/h. How many hours did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=77 km, Speed is 63 km/h, and therefore the time is:
\begin{array}{rcl}
77\div63&=&77\times\frac{1}{63}\\
&=&\frac{11}{9}\\
&=&1\frac{2}{9}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=77 km, Speed is 63 km/h, and therefore the time is:
\begin{array}{rcl}
77\div63&=&77\times\frac{1}{63}\\
&=&\frac{11}{9}\\
&=&1\frac{2}{9}
\end{array}
h.
Sophia travel 90 km at the average speed of 42 km/h. How many hours did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=90 km, Speed is 42 km/h, and therefore the time is:
\begin{array}{rcl}
90\div42&=&90\times\frac{1}{42}\\
&=&\frac{15}{7}\\
&=&2\frac{1}{7}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=90 km, Speed is 42 km/h, and therefore the time is:
\begin{array}{rcl}
90\div42&=&90\times\frac{1}{42}\\
&=&\frac{15}{7}\\
&=&2\frac{1}{7}
\end{array}
h.
Sophia travelled at the speed of $133\frac{1}{3}$ m/min for $4\frac{1}{4}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $4\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times4\frac{1}{4}&=&8\times\frac{17}{4}\\
&=&34
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $4\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times4\frac{1}{4}&=&8\times\frac{17}{4}\\
&=&34
\end{array}
km.
Isabella travel 117 km at the average speed of 36 km/h. How many hours did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=117 km, Speed is 36 km/h, and therefore the time is:
\begin{array}{rcl}
117\div36&=&117\times\frac{1}{36}\\
&=&\frac{13}{4}\\
&=&3\frac{1}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=117 km, Speed is 36 km/h, and therefore the time is:
\begin{array}{rcl}
117\div36&=&117\times\frac{1}{36}\\
&=&\frac{13}{4}\\
&=&3\frac{1}{4}
\end{array}
h.
Ava travelled at the speed of $583\frac{1}{3}$ m/min for $3\frac{1}{5}$ h. How many km did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $3\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times3\frac{1}{5}&=&35\times\frac{16}{5}\\
&=&112
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $3\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times3\frac{1}{5}&=&35\times\frac{16}{5}\\
&=&112
\end{array}
km.
Olivia travelled at the speed of $583\frac{1}{3}$ m/min for $2\frac{2}{5}$ h. How many km did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $2\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times2\frac{2}{5}&=&35\times\frac{12}{5}\\
&=&84
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $2\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times2\frac{2}{5}&=&35\times\frac{12}{5}\\
&=&84
\end{array}
km.
Noah took $1\frac{9}{10}$ h to travel 95 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=95 km, Time is $1\frac{9}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
95\div1\frac{9}{10}&=&95\div\frac{19}{10}\\
&=&95\times\frac{10}{19}\\
&=&50
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=95 km, Time is $1\frac{9}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
95\div1\frac{9}{10}&=&95\div\frac{19}{10}\\
&=&95\times\frac{10}{19}\\
&=&50
\end{array}
km/h.
James travelled at the speed of $1166\frac{2}{3}$ m/min for $1\frac{3}{10}$ h. How many km did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1166\frac{2}{3}$ m/min = $\frac{3500}{3}$ m/min = $\frac{\frac{3500}{1000}}{\frac{3}{60}}$ km/h = $\frac{3500}{1000}\times\frac{60}{3}$ km/h = 70 km/h, Time is $1\frac{3}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
70\times1\frac{3}{10}&=&70\times\frac{13}{10}\\
&=&91
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1166\frac{2}{3}$ m/min = $\frac{3500}{3}$ m/min = $\frac{\frac{3500}{1000}}{\frac{3}{60}}$ km/h = $\frac{3500}{1000}\times\frac{60}{3}$ km/h = 70 km/h, Time is $1\frac{3}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
70\times1\frac{3}{10}&=&70\times\frac{13}{10}\\
&=&91
\end{array}
km.
Noah travelled at the speed of $933\frac{1}{3}$ m/min for $1\frac{3}{7}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $1\frac{3}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{7}&=&56\times\frac{10}{7}\\
&=&80
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $1\frac{3}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{7}&=&56\times\frac{10}{7}\\
&=&80
\end{array}
km.
Noah travelled at the speed of $583\frac{1}{3}$ m/min for $2\frac{1}{5}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $2\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times2\frac{1}{5}&=&35\times\frac{11}{5}\\
&=&77
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $2\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times2\frac{1}{5}&=&35\times\frac{11}{5}\\
&=&77
\end{array}
km.
Emma took $1\frac{1}{2}$ h to travel 30 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=30 km, Time is $1\frac{1}{2}$ h, and therefore the speed is:
\begin{array}{rcl}
30\div1\frac{1}{2}&=&30\div\frac{3}{2}\\
&=&30\times\frac{2}{3}\\
&=&20
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=30 km, Time is $1\frac{1}{2}$ h, and therefore the speed is:
\begin{array}{rcl}
30\div1\frac{1}{2}&=&30\div\frac{3}{2}\\
&=&30\times\frac{2}{3}\\
&=&20
\end{array}
km/h.
Noah travelled at the speed of $166\frac{2}{3}$ m/min for $3\frac{4}{5}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $166\frac{2}{3}$ m/min = $\frac{500}{3}$ m/min = $\frac{\frac{500}{1000}}{\frac{3}{60}}$ km/h = $\frac{500}{1000}\times\frac{60}{3}$ km/h = 10 km/h, Time is $3\frac{4}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
10\times3\frac{4}{5}&=&10\times\frac{19}{5}\\
&=&38
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $166\frac{2}{3}$ m/min = $\frac{500}{3}$ m/min = $\frac{\frac{500}{1000}}{\frac{3}{60}}$ km/h = $\frac{500}{1000}\times\frac{60}{3}$ km/h = 10 km/h, Time is $3\frac{4}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
10\times3\frac{4}{5}&=&10\times\frac{19}{5}\\
&=&38
\end{array}
km.
Jacob travelled at the speed of $233\frac{1}{3}$ m/min for $2\frac{1}{7}$ h. How many km did Jacob travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $2\frac{1}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times2\frac{1}{7}&=&14\times\frac{15}{7}\\
&=&30
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $2\frac{1}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times2\frac{1}{7}&=&14\times\frac{15}{7}\\
&=&30
\end{array}
km.
Noah travelled at the speed of $133\frac{1}{3}$ m/min for $4\frac{1}{2}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $4\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times4\frac{1}{2}&=&8\times\frac{9}{2}\\
&=&36
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $4\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times4\frac{1}{2}&=&8\times\frac{9}{2}\\
&=&36
\end{array}
km.
Noah travel 84 km at the average speed of 48 km/h. How many hours did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=84 km, Speed is 48 km/h, and therefore the time is:
\begin{array}{rcl}
84\div48&=&84\times\frac{1}{48}\\
&=&\frac{7}{4}\\
&=&1\frac{3}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=84 km, Speed is 48 km/h, and therefore the time is:
\begin{array}{rcl}
84\div48&=&84\times\frac{1}{48}\\
&=&\frac{7}{4}\\
&=&1\frac{3}{4}
\end{array}
h.
Emma travel 42 km at the average speed of 24 km/h. How many hours did Emma travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=42 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
42\div24&=&42\times\frac{1}{24}\\
&=&\frac{7}{4}\\
&=&1\frac{3}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=42 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
42\div24&=&42\times\frac{1}{24}\\
&=&\frac{7}{4}\\
&=&1\frac{3}{4}
\end{array}
h.
Emma travelled at the speed of $933\frac{1}{3}$ m/min for $2\frac{1}{2}$ h. How many km did Emma travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $2\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times2\frac{1}{2}&=&56\times\frac{5}{2}\\
&=&140
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $2\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times2\frac{1}{2}&=&56\times\frac{5}{2}\\
&=&140
\end{array}
km.
Isabella travelled at the speed of $1066\frac{2}{3}$ m/min for $1\frac{5}{8}$ h. How many km did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1066\frac{2}{3}$ m/min = $\frac{3200}{3}$ m/min = $\frac{\frac{3200}{1000}}{\frac{3}{60}}$ km/h = $\frac{3200}{1000}\times\frac{60}{3}$ km/h = 64 km/h, Time is $1\frac{5}{8}$ h, and therefore the distance is:
\begin{array}{rcl}
64\times1\frac{5}{8}&=&64\times\frac{13}{8}\\
&=&104
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1066\frac{2}{3}$ m/min = $\frac{3200}{3}$ m/min = $\frac{\frac{3200}{1000}}{\frac{3}{60}}$ km/h = $\frac{3200}{1000}\times\frac{60}{3}$ km/h = 64 km/h, Time is $1\frac{5}{8}$ h, and therefore the distance is:
\begin{array}{rcl}
64\times1\frac{5}{8}&=&64\times\frac{13}{8}\\
&=&104
\end{array}
km.
Liam travel 88 km at the average speed of 48 km/h. How many hours did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=88 km, Speed is 48 km/h, and therefore the time is:
\begin{array}{rcl}
88\div48&=&88\times\frac{1}{48}\\
&=&\frac{11}{6}\\
&=&1\frac{5}{6}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=88 km, Speed is 48 km/h, and therefore the time is:
\begin{array}{rcl}
88\div48&=&88\times\frac{1}{48}\\
&=&\frac{11}{6}\\
&=&1\frac{5}{6}
\end{array}
h.
Noah took $2\frac{1}{3}$ h to travel 126 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=126 km, Time is $2\frac{1}{3}$ h, and therefore the speed is:
\begin{array}{rcl}
126\div2\frac{1}{3}&=&126\div\frac{7}{3}\\
&=&126\times\frac{3}{7}\\
&=&54
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=126 km, Time is $2\frac{1}{3}$ h, and therefore the speed is:
\begin{array}{rcl}
126\div2\frac{1}{3}&=&126\div\frac{7}{3}\\
&=&126\times\frac{3}{7}\\
&=&54
\end{array}
km/h.
Jacob travelled at the speed of $66\frac{2}{3}$ m/min for $6\frac{1}{2}$ h. How many km did Jacob travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $66\frac{2}{3}$ m/min = $\frac{200}{3}$ m/min = $\frac{\frac{200}{1000}}{\frac{3}{60}}$ km/h = $\frac{200}{1000}\times\frac{60}{3}$ km/h = 4 km/h, Time is $6\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
4\times6\frac{1}{2}&=&4\times\frac{13}{2}\\
&=&26
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $66\frac{2}{3}$ m/min = $\frac{200}{3}$ m/min = $\frac{\frac{200}{1000}}{\frac{3}{60}}$ km/h = $\frac{200}{1000}\times\frac{60}{3}$ km/h = 4 km/h, Time is $6\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
4\times6\frac{1}{2}&=&4\times\frac{13}{2}\\
&=&26
\end{array}
km.
Benjamin travelled at the speed of 24 km/h for $4\frac{1}{3}$ h. How many km did Benjamin travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=24 km/h, Time is $4\frac{1}{3}$ h, and therefore the distance is:
\begin{array}{rcl}
24\times4\frac{1}{3}&=&24\times\frac{13}{3}\\
&=&104
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=24 km/h, Time is $4\frac{1}{3}$ h, and therefore the distance is:
\begin{array}{rcl}
24\times4\frac{1}{3}&=&24\times\frac{13}{3}\\
&=&104
\end{array}
km.
Liam travel 30 km at the average speed of 14 km/h. How many hours did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=30 km, Speed is 14 km/h, and therefore the time is:
\begin{array}{rcl}
30\div14&=&30\times\frac{1}{14}\\
&=&\frac{15}{7}\\
&=&2\frac{1}{7}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=30 km, Speed is 14 km/h, and therefore the time is:
\begin{array}{rcl}
30\div14&=&30\times\frac{1}{14}\\
&=&\frac{15}{7}\\
&=&2\frac{1}{7}
\end{array}
h.
Liam travel 126 km at the average speed of 28 km/h. How many hours did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=126 km, Speed is 28 km/h, and therefore the time is:
\begin{array}{rcl}
126\div28&=&126\times\frac{1}{28}\\
&=&\frac{9}{2}\\
&=&4\frac{1}{2}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=126 km, Speed is 28 km/h, and therefore the time is:
\begin{array}{rcl}
126\div28&=&126\times\frac{1}{28}\\
&=&\frac{9}{2}\\
&=&4\frac{1}{2}
\end{array}
h.
Noah took $2\frac{1}{4}$ h to travel 72 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=72 km, Time is $2\frac{1}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
72\div2\frac{1}{4}&=&72\div\frac{9}{4}\\
&=&72\times\frac{4}{9}\\
&=&32
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=72 km, Time is $2\frac{1}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
72\div2\frac{1}{4}&=&72\div\frac{9}{4}\\
&=&72\times\frac{4}{9}\\
&=&32
\end{array}
km/h.
Benjamin travel 45 km at the average speed of 12 km/h. How many hours did Benjamin travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=45 km, Speed is 12 km/h, and therefore the time is:
\begin{array}{rcl}
45\div12&=&45\times\frac{1}{12}\\
&=&\frac{15}{4}\\
&=&3\frac{3}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=45 km, Speed is 12 km/h, and therefore the time is:
\begin{array}{rcl}
45\div12&=&45\times\frac{1}{12}\\
&=&\frac{15}{4}\\
&=&3\frac{3}{4}
\end{array}
h.
Jacob travelled at the speed of $1333\frac{1}{3}$ m/min for $1\frac{9}{10}$ h. How many km did Jacob travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1333\frac{1}{3}$ m/min = $\frac{4000}{3}$ m/min = $\frac{\frac{4000}{1000}}{\frac{3}{60}}$ km/h = $\frac{4000}{1000}\times\frac{60}{3}$ km/h = 80 km/h, Time is $1\frac{9}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
80\times1\frac{9}{10}&=&80\times\frac{19}{10}\\
&=&152
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1333\frac{1}{3}$ m/min = $\frac{4000}{3}$ m/min = $\frac{\frac{4000}{1000}}{\frac{3}{60}}$ km/h = $\frac{4000}{1000}\times\frac{60}{3}$ km/h = 80 km/h, Time is $1\frac{9}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
80\times1\frac{9}{10}&=&80\times\frac{19}{10}\\
&=&152
\end{array}
km.
Olivia travel 88 km at the average speed of 40 km/h. How many hours did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=88 km, Speed is 40 km/h, and therefore the time is:
\begin{array}{rcl}
88\div40&=&88\times\frac{1}{40}\\
&=&\frac{11}{5}\\
&=&2\frac{1}{5}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=88 km, Speed is 40 km/h, and therefore the time is:
\begin{array}{rcl}
88\div40&=&88\times\frac{1}{40}\\
&=&\frac{11}{5}\\
&=&2\frac{1}{5}
\end{array}
h.
Isabella travelled at the speed of $266\frac{2}{3}$ m/min for $2\frac{1}{2}$ h. How many km did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $266\frac{2}{3}$ m/min = $\frac{800}{3}$ m/min = $\frac{\frac{800}{1000}}{\frac{3}{60}}$ km/h = $\frac{800}{1000}\times\frac{60}{3}$ km/h = 16 km/h, Time is $2\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times2\frac{1}{2}&=&16\times\frac{5}{2}\\
&=&40
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $266\frac{2}{3}$ m/min = $\frac{800}{3}$ m/min = $\frac{\frac{800}{1000}}{\frac{3}{60}}$ km/h = $\frac{800}{1000}\times\frac{60}{3}$ km/h = 16 km/h, Time is $2\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times2\frac{1}{2}&=&16\times\frac{5}{2}\\
&=&40
\end{array}
km.
Liam travel 114 km at the average speed of 18 km/h. How many hours did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=114 km, Speed is 18 km/h, and therefore the time is:
\begin{array}{rcl}
114\div18&=&114\times\frac{1}{18}\\
&=&\frac{19}{3}\\
&=&6\frac{1}{3}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=114 km, Speed is 18 km/h, and therefore the time is:
\begin{array}{rcl}
114\div18&=&114\times\frac{1}{18}\\
&=&\frac{19}{3}\\
&=&6\frac{1}{3}
\end{array}
h.
Ava travelled at the speed of $233\frac{1}{3}$ m/min for $1\frac{5}{7}$ h. How many km did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $1\frac{5}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times1\frac{5}{7}&=&14\times\frac{12}{7}\\
&=&24
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $1\frac{5}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times1\frac{5}{7}&=&14\times\frac{12}{7}\\
&=&24
\end{array}
km.
Olivia travel 77 km at the average speed of 56 km/h. How many hours did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=77 km, Speed is 56 km/h, and therefore the time is:
\begin{array}{rcl}
77\div56&=&77\times\frac{1}{56}\\
&=&\frac{11}{8}\\
&=&1\frac{3}{8}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=77 km, Speed is 56 km/h, and therefore the time is:
\begin{array}{rcl}
77\div56&=&77\times\frac{1}{56}\\
&=&\frac{11}{8}\\
&=&1\frac{3}{8}
\end{array}
h.
Isabella took $6\frac{2}{3}$ h to travel 160 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=160 km, Time is $6\frac{2}{3}$ h, and therefore the speed is:
\begin{array}{rcl}
160\div6\frac{2}{3}&=&160\div\frac{20}{3}\\
&=&160\times\frac{3}{20}\\
&=&24
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=160 km, Time is $6\frac{2}{3}$ h, and therefore the speed is:
\begin{array}{rcl}
160\div6\frac{2}{3}&=&160\div\frac{20}{3}\\
&=&160\times\frac{3}{20}\\
&=&24
\end{array}
km/h.
Emma travel 102 km at the average speed of 18 km/h. How many hours did Emma travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=102 km, Speed is 18 km/h, and therefore the time is:
\begin{array}{rcl}
102\div18&=&102\times\frac{1}{18}\\
&=&\frac{17}{3}\\
&=&5\frac{2}{3}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=102 km, Speed is 18 km/h, and therefore the time is:
\begin{array}{rcl}
102\div18&=&102\times\frac{1}{18}\\
&=&\frac{17}{3}\\
&=&5\frac{2}{3}
\end{array}
h.
Mason travel 100 km at the average speed of 15 km/h. How many hours did Mason travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=100 km, Speed is 15 km/h, and therefore the time is:
\begin{array}{rcl}
100\div15&=&100\times\frac{1}{15}\\
&=&\frac{20}{3}\\
&=&6\frac{2}{3}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=100 km, Speed is 15 km/h, and therefore the time is:
\begin{array}{rcl}
100\div15&=&100\times\frac{1}{15}\\
&=&\frac{20}{3}\\
&=&6\frac{2}{3}
\end{array}
h.
Isabella travelled at the speed of $833\frac{1}{3}$ m/min for $1\frac{1}{2}$ h. How many km did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $833\frac{1}{3}$ m/min = $\frac{2500}{3}$ m/min = $\frac{\frac{2500}{1000}}{\frac{3}{60}}$ km/h = $\frac{2500}{1000}\times\frac{60}{3}$ km/h = 50 km/h, Time is $1\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
50\times1\frac{1}{2}&=&50\times\frac{3}{2}\\
&=&75
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $833\frac{1}{3}$ m/min = $\frac{2500}{3}$ m/min = $\frac{\frac{2500}{1000}}{\frac{3}{60}}$ km/h = $\frac{2500}{1000}\times\frac{60}{3}$ km/h = 50 km/h, Time is $1\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
50\times1\frac{1}{2}&=&50\times\frac{3}{2}\\
&=&75
\end{array}
km.
James took $1\frac{3}{10}$ h to travel 65 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=65 km, Time is $1\frac{3}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
65\div1\frac{3}{10}&=&65\div\frac{13}{10}\\
&=&65\times\frac{10}{13}\\
&=&50
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=65 km, Time is $1\frac{3}{10}$ h, and therefore the speed is:
\begin{array}{rcl}
65\div1\frac{3}{10}&=&65\div\frac{13}{10}\\
&=&65\times\frac{10}{13}\\
&=&50
\end{array}
km/h.
William travelled at the speed of $416\frac{2}{3}$ m/min for $2\frac{2}{5}$ h. How many km did William travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $416\frac{2}{3}$ m/min = $\frac{1250}{3}$ m/min = $\frac{\frac{1250}{1000}}{\frac{3}{60}}$ km/h = $\frac{1250}{1000}\times\frac{60}{3}$ km/h = 25 km/h, Time is $2\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
25\times2\frac{2}{5}&=&25\times\frac{12}{5}\\
&=&60
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $416\frac{2}{3}$ m/min = $\frac{1250}{3}$ m/min = $\frac{\frac{1250}{1000}}{\frac{3}{60}}$ km/h = $\frac{1250}{1000}\times\frac{60}{3}$ km/h = 25 km/h, Time is $2\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
25\times2\frac{2}{5}&=&25\times\frac{12}{5}\\
&=&60
\end{array}
km.
Liam travelled at the speed of $666\frac{2}{3}$ m/min for $2\frac{1}{4}$ h. How many km did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $666\frac{2}{3}$ m/min = $\frac{2000}{3}$ m/min = $\frac{\frac{2000}{1000}}{\frac{3}{60}}$ km/h = $\frac{2000}{1000}\times\frac{60}{3}$ km/h = 40 km/h, Time is $2\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
40\times2\frac{1}{4}&=&40\times\frac{9}{4}\\
&=&90
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $666\frac{2}{3}$ m/min = $\frac{2000}{3}$ m/min = $\frac{\frac{2000}{1000}}{\frac{3}{60}}$ km/h = $\frac{2000}{1000}\times\frac{60}{3}$ km/h = 40 km/h, Time is $2\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
40\times2\frac{1}{4}&=&40\times\frac{9}{4}\\
&=&90
\end{array}
km.
Sophia travelled at the speed of $266\frac{2}{3}$ m/min for $6\frac{1}{2}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $266\frac{2}{3}$ m/min = $\frac{800}{3}$ m/min = $\frac{\frac{800}{1000}}{\frac{3}{60}}$ km/h = $\frac{800}{1000}\times\frac{60}{3}$ km/h = 16 km/h, Time is $6\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times6\frac{1}{2}&=&16\times\frac{13}{2}\\
&=&104
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $266\frac{2}{3}$ m/min = $\frac{800}{3}$ m/min = $\frac{\frac{800}{1000}}{\frac{3}{60}}$ km/h = $\frac{800}{1000}\times\frac{60}{3}$ km/h = 16 km/h, Time is $6\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times6\frac{1}{2}&=&16\times\frac{13}{2}\\
&=&104
\end{array}
km.
Emma travelled at the speed of $233\frac{1}{3}$ m/min for $2\frac{4}{7}$ h. How many km did Emma travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $2\frac{4}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times2\frac{4}{7}&=&14\times\frac{18}{7}\\
&=&36
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $2\frac{4}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times2\frac{4}{7}&=&14\times\frac{18}{7}\\
&=&36
\end{array}
km.
Mason travelled at the speed of $333\frac{1}{3}$ m/min for $2\frac{3}{4}$ h. How many km did Mason travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $2\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times2\frac{3}{4}&=&20\times\frac{11}{4}\\
&=&55
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $2\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times2\frac{3}{4}&=&20\times\frac{11}{4}\\
&=&55
\end{array}
km.
James travelled at the speed of $416\frac{2}{3}$ m/min for $2\frac{3}{5}$ h. How many km did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $416\frac{2}{3}$ m/min = $\frac{1250}{3}$ m/min = $\frac{\frac{1250}{1000}}{\frac{3}{60}}$ km/h = $\frac{1250}{1000}\times\frac{60}{3}$ km/h = 25 km/h, Time is $2\frac{3}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
25\times2\frac{3}{5}&=&25\times\frac{13}{5}\\
&=&65
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $416\frac{2}{3}$ m/min = $\frac{1250}{3}$ m/min = $\frac{\frac{1250}{1000}}{\frac{3}{60}}$ km/h = $\frac{1250}{1000}\times\frac{60}{3}$ km/h = 25 km/h, Time is $2\frac{3}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
25\times2\frac{3}{5}&=&25\times\frac{13}{5}\\
&=&65
\end{array}
km.
Jacob travelled at the speed of $533\frac{1}{3}$ m/min for $1\frac{5}{8}$ h. How many km did Jacob travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $1\frac{5}{8}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times1\frac{5}{8}&=&32\times\frac{13}{8}\\
&=&52
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $1\frac{5}{8}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times1\frac{5}{8}&=&32\times\frac{13}{8}\\
&=&52
\end{array}
km.
Olivia travel 55 km at the average speed of 50 km/h. How many hours did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=55 km, Speed is 50 km/h, and therefore the time is:
\begin{array}{rcl}
55\div50&=&55\times\frac{1}{50}\\
&=&\frac{11}{10}\\
&=&1\frac{1}{10}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=55 km, Speed is 50 km/h, and therefore the time is:
\begin{array}{rcl}
55\div50&=&55\times\frac{1}{50}\\
&=&\frac{11}{10}\\
&=&1\frac{1}{10}
\end{array}
h.
Ava travel 78 km at the average speed of 60 km/h. How many hours did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=78 km, Speed is 60 km/h, and therefore the time is:
\begin{array}{rcl}
78\div60&=&78\times\frac{1}{60}\\
&=&\frac{13}{10}\\
&=&1\frac{3}{10}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=78 km, Speed is 60 km/h, and therefore the time is:
\begin{array}{rcl}
78\div60&=&78\times\frac{1}{60}\\
&=&\frac{13}{10}\\
&=&1\frac{3}{10}
\end{array}
h.
Olivia travelled at the speed of 16 km/h for $6\frac{1}{2}$ h. How many km did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=16 km/h, Time is $6\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times6\frac{1}{2}&=&16\times\frac{13}{2}\\
&=&104
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=16 km/h, Time is $6\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times6\frac{1}{2}&=&16\times\frac{13}{2}\\
&=&104
\end{array}
km.
Liam took $2\frac{2}{5}$ h to travel 60 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=60 km, Time is $2\frac{2}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
60\div2\frac{2}{5}&=&60\div\frac{12}{5}\\
&=&60\times\frac{5}{12}\\
&=&25
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=60 km, Time is $2\frac{2}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
60\div2\frac{2}{5}&=&60\div\frac{12}{5}\\
&=&60\times\frac{5}{12}\\
&=&25
\end{array}
km/h.
Liam travelled at the speed of $933\frac{1}{3}$ m/min for $1\frac{3}{8}$ h. How many km did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $1\frac{3}{8}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{8}&=&56\times\frac{11}{8}\\
&=&77
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $1\frac{3}{8}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{8}&=&56\times\frac{11}{8}\\
&=&77
\end{array}
km.
Olivia travelled at the speed of 54 km/h for $1\frac{4}{9}$ h. How many km did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=54 km/h, Time is $1\frac{4}{9}$ h, and therefore the distance is:
\begin{array}{rcl}
54\times1\frac{4}{9}&=&54\times\frac{13}{9}\\
&=&78
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=54 km/h, Time is $1\frac{4}{9}$ h, and therefore the distance is:
\begin{array}{rcl}
54\times1\frac{4}{9}&=&54\times\frac{13}{9}\\
&=&78
\end{array}
km.
Mason travelled at the speed of 35 km/h for $3\frac{4}{5}$ h. How many km did Mason travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=35 km/h, Time is $3\frac{4}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times3\frac{4}{5}&=&35\times\frac{19}{5}\\
&=&133
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=35 km/h, Time is $3\frac{4}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times3\frac{4}{5}&=&35\times\frac{19}{5}\\
&=&133
\end{array}
km.
Mason took $2\frac{4}{5}$ h to travel 126 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=126 km, Time is $2\frac{4}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
126\div2\frac{4}{5}&=&126\div\frac{14}{5}\\
&=&126\times\frac{5}{14}\\
&=&45
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=126 km, Time is $2\frac{4}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
126\div2\frac{4}{5}&=&126\div\frac{14}{5}\\
&=&126\times\frac{5}{14}\\
&=&45
\end{array}
km/h.
Ava took $2\frac{3}{5}$ h to travel 39 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=39 km, Time is $2\frac{3}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
39\div2\frac{3}{5}&=&39\div\frac{13}{5}\\
&=&39\times\frac{5}{13}\\
&=&15
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=39 km, Time is $2\frac{3}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
39\div2\frac{3}{5}&=&39\div\frac{13}{5}\\
&=&39\times\frac{5}{13}\\
&=&15
\end{array}
km/h.
Noah travelled at the speed of $533\frac{1}{3}$ m/min for $2\frac{1}{2}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $2\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times2\frac{1}{2}&=&32\times\frac{5}{2}\\
&=&80
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $2\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times2\frac{1}{2}&=&32\times\frac{5}{2}\\
&=&80
\end{array}
km.
Ava took $2\frac{3}{7}$ h to travel 85 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=85 km, Time is $2\frac{3}{7}$ h, and therefore the speed is:
\begin{array}{rcl}
85\div2\frac{3}{7}&=&85\div\frac{17}{7}\\
&=&85\times\frac{7}{17}\\
&=&35
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=85 km, Time is $2\frac{3}{7}$ h, and therefore the speed is:
\begin{array}{rcl}
85\div2\frac{3}{7}&=&85\div\frac{17}{7}\\
&=&85\times\frac{7}{17}\\
&=&35
\end{array}
km/h.
William travelled at the speed of $533\frac{1}{3}$ m/min for $4\frac{1}{4}$ h. How many km did William travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $4\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times4\frac{1}{4}&=&32\times\frac{17}{4}\\
&=&136
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $4\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times4\frac{1}{4}&=&32\times\frac{17}{4}\\
&=&136
\end{array}
km.
James travel 34 km at the average speed of 8 km/h. How many hours did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=34 km, Speed is 8 km/h, and therefore the time is:
\begin{array}{rcl}
34\div8&=&34\times\frac{1}{8}\\
&=&\frac{17}{4}\\
&=&4\frac{1}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=34 km, Speed is 8 km/h, and therefore the time is:
\begin{array}{rcl}
34\div8&=&34\times\frac{1}{8}\\
&=&\frac{17}{4}\\
&=&4\frac{1}{4}
\end{array}
h.
Mason travelled at the speed of $333\frac{1}{3}$ m/min for $1\frac{3}{5}$ h. How many km did Mason travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $1\frac{3}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times1\frac{3}{5}&=&20\times\frac{8}{5}\\
&=&32
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $1\frac{3}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times1\frac{3}{5}&=&20\times\frac{8}{5}\\
&=&32
\end{array}
km.
Jacob took $1\frac{2}{5}$ h to travel 70 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=70 km, Time is $1\frac{2}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
70\div1\frac{2}{5}&=&70\div\frac{7}{5}\\
&=&70\times\frac{5}{7}\\
&=&50
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=70 km, Time is $1\frac{2}{5}$ h, and therefore the speed is:
\begin{array}{rcl}
70\div1\frac{2}{5}&=&70\div\frac{7}{5}\\
&=&70\times\frac{5}{7}\\
&=&50
\end{array}
km/h.
Benjamin took $4\frac{3}{4}$ h to travel 133 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=133 km, Time is $4\frac{3}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
133\div4\frac{3}{4}&=&133\div\frac{19}{4}\\
&=&133\times\frac{4}{19}\\
&=&28
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=133 km, Time is $4\frac{3}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
133\div4\frac{3}{4}&=&133\div\frac{19}{4}\\
&=&133\times\frac{4}{19}\\
&=&28
\end{array}
km/h.
Ava travelled at the speed of 21 km/h for $5\frac{2}{3}$ h. How many km did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=21 km/h, Time is $5\frac{2}{3}$ h, and therefore the distance is:
\begin{array}{rcl}
21\times5\frac{2}{3}&=&21\times\frac{17}{3}\\
&=&119
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=21 km/h, Time is $5\frac{2}{3}$ h, and therefore the distance is:
\begin{array}{rcl}
21\times5\frac{2}{3}&=&21\times\frac{17}{3}\\
&=&119
\end{array}
km.
Jacob travelled at the speed of $133\frac{1}{3}$ m/min for $5\frac{1}{2}$ h. How many km did Jacob travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $5\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times5\frac{1}{2}&=&8\times\frac{11}{2}\\
&=&44
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $133\frac{1}{3}$ m/min = $\frac{400}{3}$ m/min = $\frac{\frac{400}{1000}}{\frac{3}{60}}$ km/h = $\frac{400}{1000}\times\frac{60}{3}$ km/h = 8 km/h, Time is $5\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
8\times5\frac{1}{2}&=&8\times\frac{11}{2}\\
&=&44
\end{array}
km.
James travelled at the speed of 63 km/h for $1\frac{6}{7}$ h. How many km did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=63 km/h, Time is $1\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
63\times1\frac{6}{7}&=&63\times\frac{13}{7}\\
&=&117
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=63 km/h, Time is $1\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
63\times1\frac{6}{7}&=&63\times\frac{13}{7}\\
&=&117
\end{array}
km.
Sophia travelled at the speed of $333\frac{1}{3}$ m/min for $3\frac{3}{5}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $3\frac{3}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times3\frac{3}{5}&=&20\times\frac{18}{5}\\
&=&72
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $333\frac{1}{3}$ m/min = $\frac{1000}{3}$ m/min = $\frac{\frac{1000}{1000}}{\frac{3}{60}}$ km/h = $\frac{1000}{1000}\times\frac{60}{3}$ km/h = 20 km/h, Time is $3\frac{3}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
20\times3\frac{3}{5}&=&20\times\frac{18}{5}\\
&=&72
\end{array}
km.
Sophia travelled at the speed of 27 km/h for $5\frac{2}{3}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=27 km/h, Time is $5\frac{2}{3}$ h, and therefore the distance is:
\begin{array}{rcl}
27\times5\frac{2}{3}&=&27\times\frac{17}{3}\\
&=&153
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=27 km/h, Time is $5\frac{2}{3}$ h, and therefore the distance is:
\begin{array}{rcl}
27\times5\frac{2}{3}&=&27\times\frac{17}{3}\\
&=&153
\end{array}
km.
Sophia travelled at the speed of $266\frac{2}{3}$ m/min for $4\frac{1}{2}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $266\frac{2}{3}$ m/min = $\frac{800}{3}$ m/min = $\frac{\frac{800}{1000}}{\frac{3}{60}}$ km/h = $\frac{800}{1000}\times\frac{60}{3}$ km/h = 16 km/h, Time is $4\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times4\frac{1}{2}&=&16\times\frac{9}{2}\\
&=&72
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $266\frac{2}{3}$ m/min = $\frac{800}{3}$ m/min = $\frac{\frac{800}{1000}}{\frac{3}{60}}$ km/h = $\frac{800}{1000}\times\frac{60}{3}$ km/h = 16 km/h, Time is $4\frac{1}{2}$ h, and therefore the distance is:
\begin{array}{rcl}
16\times4\frac{1}{2}&=&16\times\frac{9}{2}\\
&=&72
\end{array}
km.
Isabella travel 30 km at the average speed of 18 km/h. How many hours did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=30 km, Speed is 18 km/h, and therefore the time is:
\begin{array}{rcl}
30\div18&=&30\times\frac{1}{18}\\
&=&\frac{5}{3}\\
&=&1\frac{2}{3}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=30 km, Speed is 18 km/h, and therefore the time is:
\begin{array}{rcl}
30\div18&=&30\times\frac{1}{18}\\
&=&\frac{5}{3}\\
&=&1\frac{2}{3}
\end{array}
h.
Ava travelled at the speed of $1166\frac{2}{3}$ m/min for $1\frac{3}{10}$ h. How many km did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1166\frac{2}{3}$ m/min = $\frac{3500}{3}$ m/min = $\frac{\frac{3500}{1000}}{\frac{3}{60}}$ km/h = $\frac{3500}{1000}\times\frac{60}{3}$ km/h = 70 km/h, Time is $1\frac{3}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
70\times1\frac{3}{10}&=&70\times\frac{13}{10}\\
&=&91
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1166\frac{2}{3}$ m/min = $\frac{3500}{3}$ m/min = $\frac{\frac{3500}{1000}}{\frac{3}{60}}$ km/h = $\frac{3500}{1000}\times\frac{60}{3}$ km/h = 70 km/h, Time is $1\frac{3}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
70\times1\frac{3}{10}&=&70\times\frac{13}{10}\\
&=&91
\end{array}
km.
Benjamin travelled at the speed of $833\frac{1}{3}$ m/min for $1\frac{1}{5}$ h. How many km did Benjamin travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $833\frac{1}{3}$ m/min = $\frac{2500}{3}$ m/min = $\frac{\frac{2500}{1000}}{\frac{3}{60}}$ km/h = $\frac{2500}{1000}\times\frac{60}{3}$ km/h = 50 km/h, Time is $1\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
50\times1\frac{1}{5}&=&50\times\frac{6}{5}\\
&=&60
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $833\frac{1}{3}$ m/min = $\frac{2500}{3}$ m/min = $\frac{\frac{2500}{1000}}{\frac{3}{60}}$ km/h = $\frac{2500}{1000}\times\frac{60}{3}$ km/h = 50 km/h, Time is $1\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
50\times1\frac{1}{5}&=&50\times\frac{6}{5}\\
&=&60
\end{array}
km.
Ava travelled at the speed of $1066\frac{2}{3}$ m/min for $2\frac{1}{4}$ h. How many km did Ava travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1066\frac{2}{3}$ m/min = $\frac{3200}{3}$ m/min = $\frac{\frac{3200}{1000}}{\frac{3}{60}}$ km/h = $\frac{3200}{1000}\times\frac{60}{3}$ km/h = 64 km/h, Time is $2\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
64\times2\frac{1}{4}&=&64\times\frac{9}{4}\\
&=&144
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $1066\frac{2}{3}$ m/min = $\frac{3200}{3}$ m/min = $\frac{\frac{3200}{1000}}{\frac{3}{60}}$ km/h = $\frac{3200}{1000}\times\frac{60}{3}$ km/h = 64 km/h, Time is $2\frac{1}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
64\times2\frac{1}{4}&=&64\times\frac{9}{4}\\
&=&144
\end{array}
km.
Benjamin travel 70 km at the average speed of 56 km/h. How many hours did Benjamin travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=70 km, Speed is 56 km/h, and therefore the time is:
\begin{array}{rcl}
70\div56&=&70\times\frac{1}{56}\\
&=&\frac{5}{4}\\
&=&1\frac{1}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=70 km, Speed is 56 km/h, and therefore the time is:
\begin{array}{rcl}
70\div56&=&70\times\frac{1}{56}\\
&=&\frac{5}{4}\\
&=&1\frac{1}{4}
\end{array}
h.
Emma travel 162 km at the average speed of 72 km/h. How many hours did Emma travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=162 km, Speed is 72 km/h, and therefore the time is:
\begin{array}{rcl}
162\div72&=&162\times\frac{1}{72}\\
&=&\frac{9}{4}\\
&=&2\frac{1}{4}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=162 km, Speed is 72 km/h, and therefore the time is:
\begin{array}{rcl}
162\div72&=&162\times\frac{1}{72}\\
&=&\frac{9}{4}\\
&=&2\frac{1}{4}
\end{array}
h.
James travel 160 km at the average speed of 72 km/h. How many hours did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=160 km, Speed is 72 km/h, and therefore the time is:
\begin{array}{rcl}
160\div72&=&160\times\frac{1}{72}\\
&=&\frac{20}{9}\\
&=&2\frac{2}{9}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=160 km, Speed is 72 km/h, and therefore the time is:
\begin{array}{rcl}
160\div72&=&160\times\frac{1}{72}\\
&=&\frac{20}{9}\\
&=&2\frac{2}{9}
\end{array}
h.
Liam travelled at the speed of $533\frac{1}{3}$ m/min for $4\frac{3}{4}$ h. How many km did Liam travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $4\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times4\frac{3}{4}&=&32\times\frac{19}{4}\\
&=&152
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $533\frac{1}{3}$ m/min = $\frac{1600}{3}$ m/min = $\frac{\frac{1600}{1000}}{\frac{3}{60}}$ km/h = $\frac{1600}{1000}\times\frac{60}{3}$ km/h = 32 km/h, Time is $4\frac{3}{4}$ h, and therefore the distance is:
\begin{array}{rcl}
32\times4\frac{3}{4}&=&32\times\frac{19}{4}\\
&=&152
\end{array}
km.
Benjamin travelled at the speed of 56 km/h for $1\frac{3}{7}$ h. How many km did Benjamin travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=56 km/h, Time is $1\frac{3}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{7}&=&56\times\frac{10}{7}\\
&=&80
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=56 km/h, Time is $1\frac{3}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{7}&=&56\times\frac{10}{7}\\
&=&80
\end{array}
km.
Sophia travelled at the speed of 45 km/h for $3\frac{2}{5}$ h. How many km did Sophia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=45 km/h, Time is $3\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
45\times3\frac{2}{5}&=&45\times\frac{17}{5}\\
&=&153
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=45 km/h, Time is $3\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
45\times3\frac{2}{5}&=&45\times\frac{17}{5}\\
&=&153
\end{array}
km.
Isabella travelled at the speed of $166\frac{2}{3}$ m/min for $3\frac{2}{5}$ h. How many km did Isabella travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $166\frac{2}{3}$ m/min = $\frac{500}{3}$ m/min = $\frac{\frac{500}{1000}}{\frac{3}{60}}$ km/h = $\frac{500}{1000}\times\frac{60}{3}$ km/h = 10 km/h, Time is $3\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
10\times3\frac{2}{5}&=&10\times\frac{17}{5}\\
&=&34
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $166\frac{2}{3}$ m/min = $\frac{500}{3}$ m/min = $\frac{\frac{500}{1000}}{\frac{3}{60}}$ km/h = $\frac{500}{1000}\times\frac{60}{3}$ km/h = 10 km/h, Time is $3\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
10\times3\frac{2}{5}&=&10\times\frac{17}{5}\\
&=&34
\end{array}
km.
Jacob travelled at the speed of $666\frac{2}{3}$ m/min for $1\frac{1}{5}$ h. How many km did Jacob travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $666\frac{2}{3}$ m/min = $\frac{2000}{3}$ m/min = $\frac{\frac{2000}{1000}}{\frac{3}{60}}$ km/h = $\frac{2000}{1000}\times\frac{60}{3}$ km/h = 40 km/h, Time is $1\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
40\times1\frac{1}{5}&=&40\times\frac{6}{5}\\
&=&48
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $666\frac{2}{3}$ m/min = $\frac{2000}{3}$ m/min = $\frac{\frac{2000}{1000}}{\frac{3}{60}}$ km/h = $\frac{2000}{1000}\times\frac{60}{3}$ km/h = 40 km/h, Time is $1\frac{1}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
40\times1\frac{1}{5}&=&40\times\frac{6}{5}\\
&=&48
\end{array}
km.
Mason travelled at the speed of $583\frac{1}{3}$ m/min for $3\frac{2}{5}$ h. How many km did Mason travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $3\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times3\frac{2}{5}&=&35\times\frac{17}{5}\\
&=&119
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $583\frac{1}{3}$ m/min = $\frac{1750}{3}$ m/min = $\frac{\frac{1750}{1000}}{\frac{3}{60}}$ km/h = $\frac{1750}{1000}\times\frac{60}{3}$ km/h = 35 km/h, Time is $3\frac{2}{5}$ h, and therefore the distance is:
\begin{array}{rcl}
35\times3\frac{2}{5}&=&35\times\frac{17}{5}\\
&=&119
\end{array}
km.
Olivia travelled at the speed of $233\frac{1}{3}$ m/min for $1\frac{6}{7}$ h. How many km did Olivia travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $1\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times1\frac{6}{7}&=&14\times\frac{13}{7}\\
&=&26
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $1\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times1\frac{6}{7}&=&14\times\frac{13}{7}\\
&=&26
\end{array}
km.
Noah travelled at the speed of 70 km/h for $1\frac{3}{10}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=70 km/h, Time is $1\frac{3}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
70\times1\frac{3}{10}&=&70\times\frac{13}{10}\\
&=&91
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Speed=70 km/h, Time is $1\frac{3}{10}$ h, and therefore the distance is:
\begin{array}{rcl}
70\times1\frac{3}{10}&=&70\times\frac{13}{10}\\
&=&91
\end{array}
km.
Noah travel 128 km at the average speed of 24 km/h. How many hours did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=128 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
128\div24&=&128\times\frac{1}{24}\\
&=&\frac{16}{3}\\
&=&5\frac{1}{3}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=128 km, Speed is 24 km/h, and therefore the time is:
\begin{array}{rcl}
128\div24&=&128\times\frac{1}{24}\\
&=&\frac{16}{3}\\
&=&5\frac{1}{3}
\end{array}
h.
Olivia took $2\frac{3}{4}$ h to travel 88 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=88 km, Time is $2\frac{3}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
88\div2\frac{3}{4}&=&88\div\frac{11}{4}\\
&=&88\times\frac{4}{11}\\
&=&32
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=88 km, Time is $2\frac{3}{4}$ h, and therefore the speed is:
\begin{array}{rcl}
88\div2\frac{3}{4}&=&88\div\frac{11}{4}\\
&=&88\times\frac{4}{11}\\
&=&32
\end{array}
km/h.
Benjamin travel 55 km at the average speed of 40 km/h. How many hours did Benjamin travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=55 km, Speed is 40 km/h, and therefore the time is:
\begin{array}{rcl}
55\div40&=&55\times\frac{1}{40}\\
&=&\frac{11}{8}\\
&=&1\frac{3}{8}
\end{array}
h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=55 km, Speed is 40 km/h, and therefore the time is:
\begin{array}{rcl}
55\div40&=&55\times\frac{1}{40}\\
&=&\frac{11}{8}\\
&=&1\frac{3}{8}
\end{array}
h.
James travelled at the speed of $233\frac{1}{3}$ m/min for $2\frac{6}{7}$ h. How many km did James travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $2\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times2\frac{6}{7}&=&14\times\frac{20}{7}\\
&=&40
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $233\frac{1}{3}$ m/min = $\frac{700}{3}$ m/min = $\frac{\frac{700}{1000}}{\frac{3}{60}}$ km/h = $\frac{700}{1000}\times\frac{60}{3}$ km/h = 14 km/h, Time is $2\frac{6}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
14\times2\frac{6}{7}&=&14\times\frac{20}{7}\\
&=&40
\end{array}
km.
Ava took $2\frac{1}{2}$ h to travel 40 km. What was his/her average speed in km/h?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=40 km, Time is $2\frac{1}{2}$ h, and therefore the speed is:
\begin{array}{rcl}
40\div2\frac{1}{2}&=&40\div\frac{5}{2}\\
&=&40\times\frac{2}{5}\\
&=&16
\end{array}
km/h.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
Here Distance=40 km, Time is $2\frac{1}{2}$ h, and therefore the speed is:
\begin{array}{rcl}
40\div2\frac{1}{2}&=&40\div\frac{5}{2}\\
&=&40\times\frac{2}{5}\\
&=&16
\end{array}
km/h.
Noah travelled at the speed of $933\frac{1}{3}$ m/min for $1\frac{3}{7}$ h. How many km did Noah travel?
Sorry. Please check the correct answer below.
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $1\frac{3}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{7}&=&56\times\frac{10}{7}\\
&=&80
\end{array}
km.
You are Right
Speed = Distance $\div$ Time
Time = Distance $\div$ Speed
Distance = Speed $\times$ Time
The Speed is $933\frac{1}{3}$ m/min = $\frac{2800}{3}$ m/min = $\frac{\frac{2800}{1000}}{\frac{3}{60}}$ km/h = $\frac{2800}{1000}\times\frac{60}{3}$ km/h = 56 km/h, Time is $1\frac{3}{7}$ h, and therefore the distance is:
\begin{array}{rcl}
56\times1\frac{3}{7}&=&56\times\frac{10}{7}\\
&=&80
\end{array}
km.
William took $6\frac{1}{2}$ h to travel 39 km. What was his/her average speed in km/h?