6. (a) Write down the hallmark property of simple harmonic motion. Compare the position, velocity and acceleration of simple harmonic oscillator graphically. You can start with the position of SHM, then deduce other necessary equations. (b) There is a simple harmonic oscillator of force constant 2 x 104 N/m and amplitude 0.1 cm. Calculate the total mechanical energy of the oscillator.
6. (a) Write down the hallmark property of simple harmonic motion. Compare the position, velocity and acceleration of simple harmonic oscillator graphically. You can start with the position of SHM, then deduce other necessary equations. (b) There is a simple harmonic oscillator of force constant 2 x 104 N/m and amplitude 0.1 cm. Calculate the total mechanical energy of the oscillator.
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Transcribed Image Text:6. (a) Write down the hallmark property of simple harmonic motion. Compare the position, velocity and
acceleration of simple harmonic oscillator graphically. You can start with the position of SHM, then deduce other
necessary equations.
(b) There is a simple harmonic oscillator of force constant 2 × 10ª N/m and amplitude 0.1 cm. Calculate the
total mechanical energy of the oscillator.
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