Answer:
changing the force to point right is the correct answer :)
The ramp has dimensions of 20 m length and 4 m height. The angle made by the ramp on the horizontal ground is
θ = sin⁻¹ (4/20)
After getting the angle, the force required to move the box can then be solved given that the mass of the box is known and also the coefficient of friction of the ramp
I think you meant bending :).
Anyway when light enters a different medium the bending of light is refraction. Depending on the medium (i.e if it is denser or rarer) it will bend light closer or away from the normal ray (i.e a ray that hits the medium at 90 degrees does not bend).
Hope this helps :).
Answer:
- <u>The golf ball hits the golf club backward with a 500N force.</u>
Explanation:
<em>Newton's Third Law of Motion</em> is the law of action and reaction.
This law states that, when an object A exerts a force on an object B, called the action force, the object B exerts a force of equal magnitude and inverse direction on object A, called the reaction force.
Thus, the action and reaction forces are equal in magnitude, act on different objects, and act in opposite directions.
Threfore, the most accurate statement that describes the force of the golf ball on the club, given that the golf club hits the golf ball forward with 500N force, is:
- The golf ball hits the golf club backward with a 500N force.
