question According to Classical Mechanics what is the equation for calculating gravitational potential energy near the surface of the Earth

Physics

According to Classical Mechanics, what is the equation for calculating gravitational potential energy near the surface of the Earth?

A. PE = mgh
B. PE = 1/2 kx^2
C. PE = -GmM/r
D. PE = Fd

Gravitational Potential Energy near Earth's surface is calculated using PE = mgh, selecting option A.

Which of Newton's laws describes the concept that an object at rest tends to stay at rest, and an object in motion tends to stay in motion?

A. First Law
B. Second Law
C. Third Law
D. Law of Gravitation

In classical physics, what term is used for a force that resists the motion of two objects sliding against each other?

A. Centripetal Force
B. Tension Force
C. Frictional Force
D. Gravitational Force

What quantity does the term "momentum" refer to in Classical Mechanics?

A. Force
B. Mass
C. Velocity
D. Energy

Which equation represents Newton's second law?

A. E=mc^2
B. F=ma
C. PV=nRT
D. E=hf

According to Classical Mechanics, what is the relationship between an object's mass and its acceleration when a force is applied?

A. Directly Proportional
B. Inversely Proportional
C. No Relationship
D. Exponential

What is the cornerstone of Classical Mechanics?

A. Quantum Entanglement
B. General Relativity
C. Newton's Laws
D. Dark Matter

What is the term for the force that acts on an object moving in a circular path and is directed towards the center of the circle?

A. Frictional Force
B. Centrifugal Force
C. Centripetal Force
D. Gravitational Force