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How long will it take a deer to run 1.6 km traveling at a velocity of 8.4 m/s north?

1 Answer

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Assuming that the deer is traveling at a constant velocity, we use the following formula.


d=vt

Where d = 1.6 km and v = 8.4 m/s. The velocity is positive because it's going North.


\begin{gathered} 1.6\operatorname{km}=8.4((m)/(s))\cdot t \\ t=\frac{1.6\operatorname{km}}{8.4((m)/(s))} \end{gathered}

But, we have to transform the distance from kilometers to meters. We know that 1000 meters are 1 kilometer.


1.6\operatorname{km}\cdot\frac{1000m}{1\operatorname{km}}=1600m

Once we transform the unit, we can find the time.


\begin{gathered} t=(1600m)/(8.4((m)/(s))) \\ t\approx190.48\sec \end{gathered}

Therefore, the deer will take 190.48 seconds, approximately.

User Andersson
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