(b) effective spring constant for the simple pendulum. Assume m = mass of the bob and l = length of the string of the simple pendulum.
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A particle of mass m is located in a unidimensional potential field where potential energy of the particle depends on the coordinates x as: U(x) = U0(1 – cos Ax); U0 and A are constants. Find the period of small oscillations that the
03
Sep
A particle of mass m is located in a unidimensional potential field where potential energy of the particle depends on the coordinates x as: U(x) = U0(1 – cos Ax); U0 and A are constants. Find the period of small oscillations that the (b) effective spring constant for the simple pendulum. Assume m = mass [...]
Find (a) variation of potential energy in the direction of small oscillation of a simple pendulum, (b) effective spring constant for the simple pendulum. Assume m = mass of the bob and l = length of the string of the simple pendulum.
03
Sep
Find (a) variation of potential energy in the direction of small oscillation of a simple pendulum, (b) effective spring constant for the simple pendulum. Assume m = mass of the bob and l = length of the string of the simple pendulum. (b) effective spring constant for the simple pendulum. Assume m = mass of [...]