STATEMENT-1 : In oscillatory motion, displacement of a body from equilibrium can be represented by `sin` or `cos` function.
STATEMENT-2 : The body oscillates to and froabout its mean position.

STATEMENT - 1 : A positive acceleration of a body can be associated with a slowing down of the body. and STATEMENT - 2 : Acceleration is a vector quantity.

STATEMENT - 1 : A positive acceleration of a body can be associated with a slowing down of the body. and STATEMENT - 2 : Acceleration is a vector quantity.

STATEMENT-1 : In simple harmonic motion, at extreme position the velocity and acceleration of object is zero. STATEMENT-2 : In simple harmonic motion at mean position?

STATEMENT-1 : If a body is floacting submerged,then on pressing, it will execute damped oscillatory motion. and STATEMENT-2 : When a body is floating fully submerged and displaced from its position , then no net force acts at its position.

STATEMENT-1 : If a body is floacting submerged,then on pressing, it will execute damped oscillatory motion. and STATEMENT-2 : When a body is floating fully submerged and displaced from its position , then no net force acts at its position.

STATEMENT-1 : An oscillatory motion is always simple harmonic motion. STATEMENT-2 : A simple harmonic motion is always oscillatory motion.

The maximum possible displacement of a vibrating body from its mean position during its motion is equal to

The maximum possible displacement of a vibrating body from its mean position during its motion is equal to