General Principles

Which of the following defines a body moving in accelerated motion?

• Dynamics of Rigid Bodies

• Mechanics of deformable bodies

• Fluid Mechanics

• Statics of Rigid Bodies

It is essential for the design and analysis of many types encountered in engineering like mechanical components and structural members.

• Mechanics of deformable bodies

• Fluid Mechanics

• Rigid-body mechanics

• Hydraulic bodies

He is well known in formulating the principle of the lever.

• Archimedes

• Boyles

• Bohr

• Newton

A body in equilibrium especially those at rest or moving with a constant velocity.

• Statics of Rigid Bodies

• Mechanics of deformable bodies

• Fluid Mechanics

• Dynamics of Rigid Bodies

If a body is moving with a constant velocity, it means that the acceleration is equal to (in m/s²)

• 0

• 1

• 9.81

• 32.2

Which of the following is a CORRECT statement?

• A particle has a mass, size, and shape.

• Time is contrived as precedence of events.

• A force is considered as a “push” exerted by one body on another.

• A concentrated force is the effect of a loading which is implicitly acted at a point on a body.

The Newton’s First Law of Motion is referring to

• Statics of Rigid Bodies

• Mechanics of deformable bodies

• Fluid Mechanics

• Dynamics of Rigid Bodies

The Newton’s Second Law of Motion is referring to

• Dynamics of Rigid Bodies

• Mechanics of deformable bodies

• Fluid Mechanics

• Statics of Rigid Bodies

Gravity is a/an

• Acceleration

• Force

• Velocity

• Mass

It is a constant used to determine the force of gravitation between the two particles.

• Universal constant of acceleration

• Universal constant of gravitation

• Universal constant of motion

• Universal constant of velocity