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A block of mass m on a plane horizontal frictionless surface is pushed up against the end of a horizontal spring the other end of which is connected to a wall therefore that it compresses the spring by an amount x. The force steady of the spring is k. Regard as the mass of the spring to be negligible. The block is released as well as the spring pushes the block away from the wall. What is the kinetic energy of the block subsequent to it loses contact with the spring? Suggestion! From the wording of the question you are supposed to know that k, m and x are to be considered known quantities and that your answer should have only known quantities in it.
Sclera: It is an outer most, thick, impermeable to light. It is more convex and it's front part is transparent is known as Cornea.
Q. Illustrate why does the pilot tilt the outer wing of the airplane inward while taking a turn? Answer:- Airplanes have two control surfaces implicated when turning the a
what is the importance of laser?
Draw a graph showing the variation of potential energy of a p of nucleons as a function of their separation. Show the regions in which nuclear force is (i) attractive, and (ii) rep
homework
An aquarium for larger water animals A glass aquarium 50 cm by 25 cm is of useful size. Old accumulator cells are suitable, but the glass is not very obvious. To prepare l
Energy that is radiated or transmitted in the form of rays or waves or particles.
I WANT SHORT THEORY OF DEFLECTION MANGNETOMETER TAN A& TAN B
A rocket weighs 9800N. What applied force gives it a vertical acceleration of 4m/sec/sec?
The ideal gas approximation: The given assumptions are suppose while defining an ideal gas: (i) The number of molecules in the gas is very huge. (ii) The volume V having the
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