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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.
Derivative of the Sine Function Extending a tradition of complex interrelations between the trigonometric functions, it turns out in which the derivative of the sine function i
Under particular condition, light can also suffer inelastic scattering from molecules in which it's wavelength changes.
This is a new generation of resistor having very low temperature coefficient of resistance. A metal foil made from a special alloy is bonded on to a flat ceramic substrate. The tem
Consider an electron in a simple one-dimensional periodic potential. The energy of the electron will vary periodically due to the influence of the periodic potential, and can be de
Are fiber optics systems difficult to install? This becomes significant to establish a fair comparison with other components, in this case normal light fixtures. Fiber optics s
trying to find out what matter stands for such as M=mass but do not know the other letters
Aim : To obtain the half-life of two radioisotopes by graphical means, using data from a simulated experiment. Theory : Half-life( t ½ ) is the time it takes any particular ma
experiment to explain electrostatic shielding
The length of a simple pendulum is about 100cm known to have a accuracy of 1mm.Its period of oscillation is 2s determined by measuring the time for 100oscillations using a clock of
Magnitude of K.E. in an orbit is equal to: (1)Half of the potential energy (2)Twice of the potential energy (3)One fourth of the potential energy (4 ) None
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