Physics: 1. A race car moves along a circular track of radius 100m at a velocity of 25m/s. (a) What is the time taken to complete one lap of the circular track. (b) What is the time taken for 10 laps.

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1. A race car moves along a circular track of - id110565669, thomasmurphy200

davidtemple

17.03.2022

Given :

A race car moves along a circular track of radius 100m at a velocity of 25m/s.

To Find :

(a) What is the time taken to complete one lap of the circular track.

(b) What is the time taken for 10 laps.

Solution :

Circumference of circular track,

$C = 2\pi r\\\\C = 2\times \pi \times 100\ m\\\\C = 628.32 \ m$

a) Time taken to complete one lap is :

$t= \dfrac{628.32}{25}\ s\\\\t =25.13 \ s$

b) Time taken to complete 10 laps is :

$t_{10} = 10\times t\\\\t_{10} = 10\times 25.13\ s\\\\t_{10} = 251.3\ s$

Hence, this is the required solution.

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