Physics 1st Year Chapter 3 MCQs are up-to-date and are beneficial for both entry tests and board examinations. Students must prepare these again and again to have the best possible result.
Physics 1st Year Chapter 3 MCQs
FSc 1st Year Physics Chapter 3 MCQs Notes are a helping material for all kinds of papers.
Physics 1st Year Chapter 3 Motion and Force
A body covering equal displacement in equal interval of time possesses:
Instantaneous and average velocities become equal when body has:
When velocity time graph is a straight line parallel to time axis then:
Slope of velocity time graph is:
The area between the velocity-time graph and the time axis is numerically equal to:
If the slop of velocity-time graph gradually decreases, then the body is said to be moving with:
If the slope of velocity-time graph gradually increases, then the body is said to be moving with:
What is the shape of velocity time graph for constant acceleration?
When the object is moving towards earth, the value of “g” is taken as:
Change in momentum is called:
The time rate of change of momentum is called:
The property of a body due to which it opposes its state of rest or uniform motion is called:
Which law of motion is also called law of inertia?
Inertia of an object is quantitative measure of its:
Momentum depends upon:
An alternate unit to 𝑘𝑔 𝑚𝑠−1 is:
SI unit of impulse is:
The dimension of acceleration is:
The dimension of force is:
Which of the following pair has same direction always?
A snooker ball moving with velocity v collides head on with another snooker ball the expression 𝑅 = 𝑖/𝑔. For of same mass at rest. If the collision is elastic, the velocity of the second snooker ball is:
Taking off rocket can be explained by:
The trajectory (or path) of a projectile is:
A football player will throw a football at maximum distance if the angle of projection:
Range of a projectile on a horizontal plane is same for the following pair of angles:
The total time of flight of projectile is given by:
The velocity of projectile at its maximum height is:
Horizontal range of the projectile is given by the expression 𝑅 = 2𝑣𝑖^2 sin 2𝜃/𝑔. For what value of 𝜃, range is maximum:
A projectile is thrown upward with initial velocity 𝑣𝑖 making an angle 𝜃 with the horizontal. The maximum horizontal range is given by:
Motion of projectile is ____ dimensional.
During projectile motion, the horizontal component of velocity:
The range of projectile is same for angles of projection:
Physics 1st Year Chapter 3 Motion and Force
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