At the t=0 seconds, a car accelerates at the of 5 ms-2 to a speed of 25ms-1. it maintains this velocity for T seconds before retarding uniformity to rest in a further 5 seconds. a) Sketch a velocity-time diagram of the motion. b)Find : i) the time elapsed during the acceleration. ii) the distance travelled during the acceleration. iii) the distance travelled during 5 seconds retardation. iv) the value of T, given that the total distance travelled by that car is 500 metres.
At the t=0 seconds, a car accelerates at the of 5 ms-2 to a speed of 25ms-1. it maintains this velocity for T seconds before retarding uniformity to rest in a further 5 seconds. a) Sketch a velocity-time diagram of the motion. b)Find : i) the time elapsed during the acceleration. ii) the distance travelled during the acceleration. iii) the distance travelled during 5 seconds retardation. iv) the value of T, given that the total distance travelled by that car is 500 metres.
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At the t=0 seconds, a car accelerates at the of 5 ms-2 to a speed of 25ms-1. it maintains this velocity for T seconds before retarding uniformity to rest in a further 5 seconds.
a) Sketch a velocity-time diagram of the motion.
b)Find :
i) the time elapsed during the acceleration.
ii) the distance travelled during the acceleration.
iii) the distance travelled during 5 seconds retardation.
iv) the value of T, given that the total distance travelled by that car is 500 metres.
Please include formulas
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