Classical Mechanics is founded on Newton's Laws, making option C the correct answer.

Frictional force opposes motion, as described in Classical Mechanics, making option C correct.

Newton's second law is expressed as F=ma, making option B the correct choice.

Newton's second law states that acceleration is directly proportional to force and inversely proportional to mass, choosing option A.

Momentum is the product of mass and velocity, making option C the correct answer.

The concept is described by Newton's First Law, making option A correct.

The force acting towards the center of a circular path is known as Centripetal Force, selecting option C.

Inertia is the resistance to changes in motion, aligning with Classical Mechanics, making option A correct.

The force decreases with the square of the distance, as described by Newton's law of gravitation, choosing option B.

In the absence of a net force, an object experiences constant velocity, making option A the correct answer.

Inertia is the measure of resistance to changes in motion, including rotational motion, making option A correct.

The conservation of mechanical energy is expressed as KE + PE = constant, making option B the correct choice.

Conservation of Momentum states that an external force changes the momentum of a system, choosing option C.

Newton's third law states "For every action, there is an equal and opposite reaction," making option A correct.

Kinetic energy is proportional to the square of velocity, so doubling the velocity quadruples the kinetic energy, choosing option A.

The point where an object's weight is concentrated is the Center of Gravity, making option B correct.

Force is measured in Newtons (N) in the SI system, selecting option A.

The work done is calculated using the formula W = Fd, making option C the correct answer.

The Law of Conservation of Energy states that total mechanical energy remains constant, selecting option B.

Entropy is the measure of disorder, aligning with Classical Mechanics, making option A correct.

Archimedes' Principle describes the buoyant force acting on a submerged body, making option C correct.

Inertia is the property of an object to remain at rest or in uniform motion unless acted upon by an external force, selecting option A.

Conservation of Angular Momentum states that angular momentum remains constant in the absence of external torque, choosing option B.

Frictional force opposes relative motion between surfaces, making option C the correct choice.

In equilibrium, the net force acting on an object is zero, making option B the correct answer.

Newton's Second Law states that force is equal to mass times acceleration, choosing option B.

The Center of Mass is where an object's mass is concentrated, making option A the correct choice.

Drag force opposes the motion of an object through a fluid, making option B correct.

Moment of Inertia is the measure of inertia in rotational motion, making option B the correct answer.

Conservation of Linear Momentum states that linear momentum remains constant in the absence of external forces, choosing option B.

The Center of Mass is where the entire mass of a system can be considered concentrated, selecting option A.

Inertia is the measure of resistance to changes in motion, making option A the correct answer.

The force acting upward on an object immersed in a fluid is called Buoyant Force, selecting option A.

Gravitational potential energy near the Earth's surface is given by PE = mgh, making option A the correct choice.

The force exerted by a stretched or compressed object, like a spring, is called Spring Force, making option D the correct answer.

Force is measured in Newtons (N) in the SI system, selecting option A.

Newton's Second Law establishes the relationship between force and acceleration, making option B correct.

Inertia is the keyword related to the resistance to changes in motion, making option A the correct answer.

Centripetal Force is the keyword related to circular motion in Classical Mechanics, selecting option C.

Newton's First Law describes the principle of an object at rest remaining at rest unless acted upon by an external force, choosing D.

Frictional force opposes relative motion, making option C the correct choice.

Inertia is the keyword related to the property of remaining in uniform motion, making option A correct.

Moment of Inertia is the keyword related to rotational motion resistance, making option B the correct answer.

Center of Gravity is the keyword related to the point where weight acts, selecting option B.

Drag Force is the keyword related to fluid resistance, making option B correct.

Conservation of Angular Momentum is the keyword related to constant angular momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, making option A the correct choice.

Spring Force is the keyword related to force exerted by stretched or compressed objects, making option D correct.

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

Buoyant Force is the keyword related to the upward force in a fluid, making option A the correct answer.

Moment of Inertia is the keyword related to inertia in rotational motion, making option B the correct answer.

Center of Mass is the keyword related to mass concentration, making option A the correct choice.

Conservation of Linear Momentum is the keyword related to constant linear momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, selecting option A.

Inertia is the keyword related to resistance to changes in motion, making option A the correct answer.

Drag Force is the keyword related to fluid resistance, making option B correct.

Centripetal Force is the keyword related to circular motion, selecting option C.

Frictional Force is the keyword related to opposing relative motion, making option C the correct choice.

Inertia is the keyword related to the property of remaining in uniform motion, making option A correct.

Moment of Inertia is the keyword related to rotational motion resistance, making option B the correct answer.

Center of Gravity is the keyword related to the point where weight acts, selecting option B.

Spring Force is the keyword related to force exerted by stretched or compressed objects, making option D correct.

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

Buoyant Force is the keyword related to the upward force in a fluid, making option A the correct answer.

Moment of Inertia is the keyword related to inertia in rotational motion, making option B the correct answer.

Conservation of Linear Momentum is the keyword related to constant linear momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, selecting option A.

Inertia is the keyword related to resistance to changes in motion, making option A the correct answer.

Drag Force is the keyword related to fluid resistance, making option B correct.

Conservation of Angular Momentum is the keyword related to constant angular momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, making option A the correct choice.

Spring Force is the keyword related to force exerted by stretched or compressed objects, making option D correct.

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

Buoyant Force is the keyword related to the upward force in a fluid, making option A the correct answer.

Moment of Inertia is the keyword related to inertia in rotational motion, making option B the correct answer.

Conservation of Linear Momentum is the keyword related to constant linear momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, selecting option A.

Inertia is the keyword related to resistance to changes in motion, making option A the correct answer.

Drag Force is the keyword related to fluid resistance, making option B correct.

Conservation of Angular Momentum is the keyword related to constant angular momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, making option A the correct choice.

Spring Force is the keyword related to force exerted by stretched or compressed objects, making option D correct.

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

Buoyant Force is the keyword related to the upward force in a fluid, making option A the correct answer.

Moment of Inertia is the keyword related to inertia in rotational motion, making option B the correct answer.

Conservation of Linear Momentum is the keyword related to constant linear momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, selecting option A.

Inertia is the keyword related to resistance to changes in motion, making option A the correct answer.

Drag Force is the keyword related to fluid resistance, making option B correct.

Conservation of Angular Momentum is the keyword related to constant angular momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, making option A the correct choice.

Spring Force is the keyword related to force exerted by stretched or compressed objects, making option D correct.

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

Buoyant Force is the keyword related to the upward force in a fluid, making option A the correct answer.

Moment of Inertia is the keyword related to inertia in rotational motion, making option B the correct answer.

Conservation of Linear Momentum is the keyword related to constant linear momentum, choosing option B.

Center of Mass is the keyword related to mass concentration, selecting option A.

Inertia is the keyword related to resistance to changes in motion, making option A the correct answer.

Drag Force is the keyword related to fluid resistance, making option B correct.

Conservation of Angular Momentum is the keyword related to constant angular momentum, choosing option B.