Verified Answer :

AL2006

Newton's 2nd law of motion:

               Force  =  (mass) x (acceleration)

                           =  (1,750 kg) x (1.35 m/s²)

                           =      2,362.5 Newtons

                              (about 531 pounds)

Answer:

Force, F = 2362.5 N

Explanation:

Given that,

Mass of the car is 1750 kg

Acceleration of the car is +1.35 m/s^2

To find :

The force exerted by the rope.

Solve :

Let F is the force exerted by the rope. The force by an object is given by the product of mass and its acceleration. It is also known as Newton's second law.

\(F=ma\)

\(F=1750\ kg\times 1.35\ m/s^2\)

F = 2362.5 N

Therefore the force exerted by the rope is 2362.5 N.

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