racing car initially at rest picks up a velocity of 180 kilometre per

1.	racing car initially at rest picks up a velocity of 180 kilometre per hour in 4.5 second calculate acceleration
Answer» Answer: ACCELERATION = 11.111 m/s^2 Explanation: According to the question; initial velocity( U) = 0 m/s final velocity ( V) = 180 km/h = 50 m/s time ( t) = 4.5s According to Newton's first equation of motion acceleration =( v - u )/t = 50-0/4.5 = 50/4.5 = 11.111 m/s^2

racing car initially at rest picks up a velocity of 180 kilometre per hour in 4.5 second calculate acceleration

Answer»

Answer:

ACCELERATION = 11.111 m/s^2

Explanation:

According to the question;

initial velocity( U) = 0 m/s

final velocity ( V) = 180 km/h = 50 m/s

time ( t) = 4.5s

According to Newton's first equation of motion

acceleration =( v - u )/t

= 50-0/4.5

= 50/4.5

= 11.111 m/s^2

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racing car initially at rest picks up a velocity of 180 kilometre per hour in 4.5 second calculate acceleration​

ACCELERATION = 11.111 m/s^2

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racing car initially at rest picks up a velocity of 180 kilometre per hour in 4.5 second calculate acceleration