STATEMENT - 1 : The diagram below depicts the path of a person walking to and fro from position A to B to C to D. The distance for this motion is 100 yds.
STATEMENT - 2 : For the same diagram below, the displacement is 50 yds

STATEMENT - 3 : Position-time graphs cannot be used to represent the motion of object with accelerated motion.

STATEMENT - 1 : The instantaneous velocity is always tangential to the path and STATEMENT - 2 : The slope of position-time graph represents the velocity.

STATEMENT - 1 : The instantaneous velocity is always tangential to the path and STATEMENT - 2 : The slope of position-time graph represents the velocity.

STATEMENT - 1 : If the body is moving in the opposite direction of positive motion, then its speed is negative. STATEMENT - 2 : A scalar quantity is one that must be dimensionless. STATEMENT - 3 : A body is momentarily at rest when it reverse its direction of motion.

STATEMENT - 1 : If the body is moving in the opposite direction of positive motion, then its speed is negative. STATEMENT - 2 : A scalar quantity is one that must be dimensionless. STATEMENT - 3 : A body is momentarily at rest when it reverse its direction of motion.

STATEMENT - 1 : If person walks in a straight line and never changes direction, then the distance and the displacement will have exactly the same magnitude. STATEMENT - 2 : The phrase ''20 m, northwest'' likely describe the distance for a motion. STATEMENT - 3 : The phrase ''20 m, west'' likely describes the displacement for a motion

STATEMENT - 1 : If person walks in a straight line and never changes direction, then the distance and the displacement will have exactly the same magnitude. STATEMENT - 2 : The phrase ''20 m, northwest'' likely describe the distance for a motion. STATEMENT - 3 : The phrase ''20 m, west'' likely describes the displacement for a motion

Draw (a) acceleration - time (b) velocity - time (c) position - time graphs representing motion of an object under free fall. Neglect air resistance.

STATEMENT - 1 : The slope on a position-time graph is representative of the acceleration of the object. STATEMENT - 2 : A straight, diagonal line on a position-time graph is representative of an onject with a constant velocity. STATEMENT - 3 : I an object is at rest, then the position-time graph must be a horizontal line located on the time-axis.

STATEMENT - 1 : The slope on a position-time graph is representative of the acceleration of the object. STATEMENT - 2 : A straight, diagonal line on a position-time graph is representative of an onject with a constant velocity. STATEMENT - 3 : I an object is at rest, then the position-time graph must be a horizontal line located on the time-axis.