A particle having mass 10 g oscillates according to the equation x=(2.0 cm) sin[100 s−1)t+π.6]. Find (a) the amplitude, the time period and the spring constant (b) the position, the velocity and the acceleration at t=0.

A particle having mass 10 g oscillates according to the equation x=(2.

1.	A particle having mass 10 g oscillates according to the equation x=(2.0 cm) sin[100 s−1)t+π.6]. Find (a) the amplitude, the time period and the spring constant (b) the position, the velocity and the acceleration at t=0.
Answer» A particle having mass 10 g oscillates according to the equation $x = (2.0 c m) s i n [100 s^{- 1}) t + π .6] .$ Find (a) the amplitude, the time period and the spring constant (b) the position, the velocity and the acceleration at $t = 0.$

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A particle having mass 10 g oscillates according to the equation x=(2.0 cm) sin[100 s−1)t+π.6]. Find (a) the amplitude, the time period and the spring constant (b) the position, the velocity and the acceleration at t=0.

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