A car is traveling at a constant speed of $27 m / s$ . The driver looks away from the road for $2 s e c o n d s$ to tune in to a radio station on the radio. How far does the car go during this time?

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Solution

Step 1: Given data
Speed of car = $27 m / s .$
time for which driver looks away from the road = $2 s e c o n d s .$
Step 2: calculating distance
We know that $d i s \tan c e = s p e e d \times t i m e .$
$T h u s, d i s \tan c e = 27 m / s \times 2 s e c o n d s = 54 m$
Hence, the distance covered by the car during this time is 54 metres.

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A car is traveling at a constant speed of 27m/s. The driver looks away from the road for 2seconds to tune in to a radio station on the radio. How far does the car go during this time?

Step 1: Given dataSpeed of car = 27m/s.time for which driver looks away from the road = 2seconds.Step 2: calculating distanceWe know that distance=speed×time.Thus,distance=27m/s×2seconds=54mHence, the distance covered by the car during this time is 54 metres.

A car is traveling at a constant speed of $27 m / s$ . The driver looks away from the road for $2 s e c o n d s$ to tune in to a radio station on the radio. How far does the car go during this time?