Question

A car starts from rest and picks up a velocity of 18m/s in 10 sec.calculate the accerlation of the car

Answer 1

In rest state u=0

Acceleration=(v-u)/t

a=(18-0)/10

a=18/10=1.8m/s²

Answer 2

Answer:

The acceleration of a car is 1.8 m/s²

When an automobile is stationary at zero miles per hour, its acceleration is computed up until the time it takes to accelerate to 60 mph. This indicates that the ultimate velocity is 60 miles per hour and the initial velocity is zero.

Explanation:

Accelerator is the term used to describe how quickly a velocity varies over time.

Anyone with an interest in vehicles will find a car that can accelerate quickly to be visual candy. The performance & handling of a car are greatly influenced by how quickly it can accelerate to high speed.

All the common cars I discovered had an average acceleration between 3 and 4 m/s2. Every car's speed is listed underneath its rating. You may find further crucial details, such a car's power and stopping distance, under these categories. Understanding a car's speed is crucial since it reveals how the vehicle performs when merging or making evasive manoeuvres.

in rest stage $u=0$

acceleration $=\frac{(v-u)}{t}$

$a=\frac{(18-0)}{10}$

$a=\frac{18}{10}$

  $=1.8m/s^{2}$

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