Answer:A:The track pushes back on Clinton's shoe with the same force.
Explanation:According to Newton's third law of motion, for every action force there is an equal and opposite reaction force. In this case, the action force is Clinton's shoe pushing on the track. As this happens, there is an equal and opposite reaction force in which the track pushes back on Clinton's shoe with the same force.
Answer:
The answers that apply are;
decreasing the mass of both objects
decreasing the mass of one of the objects
increasing the distance between the objects
The formulae for gravity is; Gravity (g) = GM/R^2;
G is the gravitational constant ( 6.67 × 10^-11)
M is the mass of the planet (in kg)
R is the radius of the planet (in m)
When two objects are pulling on one another then the formula for the gravitational force between them is;
F = (G*m1*m2)/r^2
Therefore, as observed, the gravitational forces are inversely proportional to the distance between the objects and directly proportional mass of the two objects
Explanation:
hope this helps
The option that best explains the forces acting on the objects is that option b. Objects W and Y have balanced forces, and objects X and Z have unbalanced forces.
<h3>How do you know if forces are balanced or unbalanced?</h3>
When the motion of an object is said to be altered, the forces are known to be in a sate that is seen as unbalanced.
Note that Balanced forces are said to be one that are equal in size and also opposite in direction.
Hence, if forces are balanced, there is no alteration in motion and it is seen in cases if a person is pushed or pulled on an object that is seen from opposite directions but also has the same force.
Therefore, The option that best talks about the forces acting on the objects is that option b. Objects W and Y have balanced forces, and objects X and Z have unbalanced forces as it does better justice to it.
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