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Answer:

Acceleration of truck is smaller as compared to the car

Explanation:

We can use newtons second law to solve this

Net Force = mass × acceleration

With the sane force applied and a larger mass of truck, acceleration of truck would be smaller as compared to the car

If a force that is equal in magnitude is applied to a car and a truck then the acceleration of the car will be more as compared to a truck.

What is force?

Force can be defined as the product of the mass of the object and the acceleration of the object.

[tex]Force = mass \times accelelration[/tex]

As it is given that the force that is applied to the car and the truck is the same. But, we know that the mass of the car is less than the mass of the truck.

[tex]\rm Force_{car} = m_c \times a_c\\\\Force_{Truck} = m_t \times a_t[/tex]

Since the mass of the car is less then its acceleration will be more as compared to a truck.

[tex]m_c < m_t\\\\\implies a_c > a_t[/tex]

Thus, if a force that is equal in magnitude is applied to a car and a truck then the acceleration of the car will be more.

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