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In the Tough Man Competition, very strong men are challenged to push or pull extremely large and heavy objects to test their strength. In
one such challenge, they were asked to push one of two rail cars, an engine car and a box car. The data tables show one man's results.
Look over the data table and answer the questions below.
Force Applied by the
Tough Man
Did it move the
engine car?
No
Did it move the
boxcar?
No
1000 Newtons
2000 Newtons
No
No
3000 Newtons
Yes
No
A Why couldn't the strong man move the box car with a force of 3000 Newtons?
Make sure to include Newton's 2nd Law in your explanation.
B. What could be done to move the boxcar?
C. Another student claims that during the competition, the sum of the forces on the boxcar was O N.
What evidence is the student using to make this claim? Be sure to explain your thinking.
o Tyne here to search

In The Tough Man Competition Very Strong Men Are Challenged To Push Or Pull Extremely Large And Heavy Objects To Test Their Strength In One Such Challenge They class=

Sagot :

mickymike92

Based on the Newton's laws of motion, the motion of an object is due to an unbalanced net force.

What is Force?

A force is a push or pull effect which causes a change in the motion or state of an object.

Newton's second law states that the acceleration of an object is to the net force acting upon the object, and inversely upon the mass of the object.

Thus, motion occurs when there is greater net force acting on an object.

From the diagram shown above, when a force of 3000 N is applied by the man, the boxcar does not move because the force applied by the man is less than the force on the boxcar.

The box car will move if a force greater than that on the boxcar were applied to it.

According to Newton's third law of motion, for every force, there is an equal but oppositely acting reactionary force, therefore, the net force on the boxcar is 0 N.

Therefore, the motion of an object is due to an unbalanced net force.

Learn more about net force at: https://brainly.com/question/14361879

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