in a crash test, a 2,500 kg car hits a concrete barrier at 1.3 m/s². if the car strikes the barrier with a…

in a crash test, a 2,500 kg car hits a concrete barrier at 1.3 m/s². if the car strikes the barrier with a force of 3,250 n, how much resistance force does the barrier provide? n this pair of forces is an example of newtons law of motion.

in a crash test, a 2,500 kg car hits a concrete barrier at 1.3 m/s². if the car strikes the barrier with a force of 3,250 n, how much resistance force does the barrier provide? n this pair of forces is an example of newtons law of motion.

Answer

Explanation:

Step1: Apply Newton's third - law

According to Newton's third law of motion, for every action, there is an equal and opposite reaction. When the car strikes the barrier with a force, the barrier exerts an equal and opposite force on the car.

Step2: Determine the resistance force

The force with which the car strikes the barrier is 3250 N. So, the resistance force provided by the barrier is also 3250 N.

Answer:

3250