DISPLACEMENT OF A PARTICLE IN NTH SECOND OF MOTION

Force on A Charged Particle|Uniform CM Of A Charged Particle|Second Type Of Motion|Motion Of A Charged Particle In a Limited Regoin Field

Displacement Of Particle In Nth Second

Velocity of a particle moving in a straight line varies with its displacement as v= (sqrt(4+4s)) m/s.Find its displacement I the first 2 seconds of its motion.

A particle starts moving from rest such that it has uniform acceleration a_0 during the 1st second of motion, uniform acceleration (a_0)/(2) during the 2nd second of motion, uniform acceleration (a_0)/(4) during the 3rd second of motion, and so on, such that it has uniform acceleration (a_0)/(2^(n-1)) during the nth second of motion If the displacement of the particle during the 5th second of motion is D_5 =(Ka_0)/(32) , the value of K is

A particle starts moving from rest such that it has uniform acceleration a_0 during the 1st second of motion, uniform acceleration (a_0)/(2) during the 2nd second of motion, uniform acceleration (a_0)/(4) during the 3rd second of motion, and so on, such that it has uniform acceleration (a_0)/(2^(n-1)) during the nth second of motion If the displacement of the particle during the 5th second of motion is D_5 =(Ka_0)/(32) , the value of K is

Derive an expression for the distance covered by the body during nth second of its motion.

Derive the expression for distance traveled by an object in nth second of its motion.

The slope of kinetic energy displacement curve of a particle in motion is

The slope of kinetic energy displacement curve of a particle in motion is