Potential energy is converted into kinetic energy by
The gravitational potential energy is maximum at :
Look at the following pictures, write the transformations of energy
Write down the expression for the elastic potential energy of a stretched wire.
A particle executes linear SHM with amplitude A and mean position is x=0. Determine position of the particle where potential energy of the particle is equal to its kinetic energy.
A particle performs SHM of time period T , along a straight line. Find the minimum time interval to go from position A to position B . At A both potential energy and kinetic energy are same and at B the speed is half of the maximum speed.
A particle performs SHM of time period T , along a straight line. Find the minimum time interval to go from position A to position B . At A both potential energy and kinetic energy are same and at B the speed is half of the maximum speed.
The acceleration- time graph of a particle executing SHM along x-axis is shown in figure. Match Column-I with column-II {:(,"Column-I",,"Column-II"),(,"Position of particle",,"Physical,quantites related with particle's motion"),((A),"At position 1 ",(p) ,"Kinetic energy is maximum"),((B ) ,"At position 2 ","q","Potential energy is maximum"),((C ), "At position 3",(r ),"Displacement of particle is negative"),((D),"At position 4",(s),"Velocity is maximum"):}
Which of the above state has particles with maximum kinetic energy?
Differentiate between Kinetic energy and potential energy.
