- ADynamics
- BKinematics
- CMechanics
- DKinetics
Laws of motion - Quiz
- AKinematics
- BDynamics
- CKinetics
- DStatics
- AA body resisting a change in its state of motion.
- BAn object leaning forward when a sudden brake is applied
- CA person leaning sideways when a car makes a sharp turn.
- DA body resisting a change in its direction of motion.
- AGravity
- BInertia
- CFriction
- DA push or pull
- AAn internal effort in the form of push or pull
- BA change in the direction of motion of a moving body
- CAn external effort in the form of push or pull
- D A property of matter that determines its resistance to changes in motion
- APushing a car uphill
- BTurning a tap
- CLifting a weight
- DKicking a football
- AA large force acting for a short period of time and a smaller force acting for a longer period of time
- BA large force acting for a long period of time and a smaller force acting for a shorter period of time
- CA constant force acting for a short period of time and a variable force acting for a longer period of time
- DA constant force acting for a long period of time and a variable force acting for a shorter period of time
- AA car accelerating from rest
- BA person walking on the ground
- CA hammer hitting a nail
- DA bird flying in the sky
- ANewton (N)
- BKilogram (kg)
- CJoule (J)
- DMeter (m)
- AThe quantity of matter contained in a body
- BThe gravitational force exerted on a body due to the gravity
- CThe force applied on a body
- DThe distance covered by a body
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Laws of motion - Quiz
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- A. Dynamics
- B. Kinematics
- C. Mechanics
- D. Kinetics
Remarks:
Explanation:
Mechanics is the branch of physics that deals with the effect of force on bodies..
- A. Kinematics
- B. Dynamics
- C. Kinetics
- D. Statics
Remarks:
Explanation:
Kinematics is the branch of mechanics that deals with the motion of bodies without considering the cause of motion.
- A. A body resisting a change in its state of motion.
- B. An object leaning forward when a sudden brake is applied
- C. A person leaning sideways when a car makes a sharp turn.
- D. A body resisting a change in its direction of motion.
Remarks:
Explanation:
Inertia of direction refers to the resistance of a body to change its direction of motion. Therefore, option D) is the correct answer..
- A. Gravity
- B. Inertia
- C. Friction
- D. A push or pull
Remarks:
Explanation:
An external force is a force that comes from outside the object or system in question. Gravity and inertia are internal forces, while friction is a force that opposes motion but is still internal to the system. Only a push or pull from an external source can be considered an external force.)
- A. An internal effort in the form of push or pull
- B. A change in the direction of motion of a moving body
- C. An external effort in the form of push or pull
- D. A property of matter that determines its resistance to changes in motion
Remarks:
Explanation:
Force is an external effort in the form of push or pull that produces or tries to produce the motion of a static body, stops or tries to stop a moving body, or changes or tries to change the direction of motion of a moving body.
- A. Pushing a car uphill
- B. Turning a tap
- C. Lifting a weight
- D. Kicking a football
Remarks:
Explanation:
A couple is defined as two equal and unlike parallel forces applied simultaneously at two distinct points, which do not produce any translatory motion but cause the rotation of the body. Turning a tap involves two equal and opposite forces applied at different points, which results in the rotation of the tap.
- A. A large force acting for a short period of time and a smaller force acting for a longer period of time
- B. A large force acting for a long period of time and a smaller force acting for a shorter period of time
- C. A constant force acting for a short period of time and a variable force acting for a longer period of time
- D. A constant force acting for a long period of time and a variable force acting for a shorter period of time
Remarks:
Explanation: A change in momentum can be achieved in two ways: a large force acting for a short period of time and a smaller force acting for a longer period of time.
- A. A car accelerating from rest
- B. A person walking on the ground
- C. A hammer hitting a nail
- D. A bird flying in the sky
Remarks:
Explanation: An impulsive force is a large force acting for a very short interval of time. When a hammer hits a nail, it exerts a large force on the nail for a very short period of time, which is an example of an impulsive force.
- A. Newton (N)
- B. Kilogram (kg)
- C. Joule (J)
- D. Meter (m)
Remarks:
Explanation: The SI unit of mass is kilogram (kg).
- A. The quantity of matter contained in a body
- B. The gravitational force exerted on a body due to the gravity
- C. The force applied on a body
- D. The distance covered by a body
Remarks:
Explanation: Weight is defined as the gravitational force exerted on a body due to the gravity.