A particle retards from a velocity u while moving in a straight line. If the magnitude of deacceleration is directly proportional to the square root of speed of particle, find its average velocity for total time of its motion.

Open in App

Solution

Suggest Corrections

Similar questions

Q. A particle retards from a velocity

v_{0}

while moving in a straight line. If the magnitude of deceleration is directly proportional to the square root of the speed of the particle, find its average velocity for the total time of its motion.

A particle retards from a velocity $v_{0}$ while moving in a straight line. If the magnitude of deceleration is directly proportional to the square root of the speed of the particle, find its average velocity for the total time of its motion.

Q. The velocity of a particle moving in a straight line is directly proportional to

{\frac{3}{4}}^{t h}

power of time elapsed. The ratio of its displacement and acceleration be

t^{x}

.Find

x .

Q. Which of the following graphs correctly represents a particle moving in a horizontal circle, if its magnitude of tangential acceleration is directly proportional to time and particle starts from rest?

Q. The velocity-time graph of a particle in straight-line motion is shown in the figure. The particle starts its motion from the origin.
Find the average acceleration from

2 s

6 s

Join BYJU'S Learning Program