At which position is the speed of a particle executing SHM greatest? a) It's extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between amplitude and equilibrium position 2. At which position is the acceleration of a particle executing SHM equal to zero? a) at its extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between its amplitude and equilibrium position 3. The total energy of a simple harmonic oscillator is equal to 1 2 ?? 2 . What does x represent? a) any value b) amplitude of the oscillator c) equilibrium position of the oscillator d) position between the maximum displacement and equilibrium position
At which position is the speed of a particle executing SHM greatest? a) It's extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between amplitude and equilibrium position 2. At which position is the acceleration of a particle executing SHM equal to zero? a) at its extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between its amplitude and equilibrium position 3. The total energy of a simple harmonic oscillator is equal to 1 2 ?? 2 . What does x represent? a) any value b) amplitude of the oscillator c) equilibrium position of the oscillator d) position between the maximum displacement and equilibrium position
At which position is the speed of a particle executing SHM greatest? a) It's extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between amplitude and equilibrium position 2. At which position is the acceleration of a particle executing SHM equal to zero? a) at its extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between its amplitude and equilibrium position 3. The total energy of a simple harmonic oscillator is equal to 1 2 ?? 2 . What does x represent? a) any value b) amplitude of the oscillator c) equilibrium position of the oscillator d) position between the maximum displacement and equilibrium position
At which position is the speed of a particle executing SHM greatest? a) It's extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between amplitude and equilibrium position 2. At which position is the acceleration of a particle executing SHM equal to zero? a) at its extreme position b) at its equilibrium position c) at its maximum displacement d) somewhere between its amplitude and equilibrium position 3. The total energy of a simple harmonic oscillator is equal to 1 2 ?? 2 . What does x represent? a) any value b) amplitude of the oscillator c) equilibrium position of the oscillator d) position between the maximum displacement and equilibrium position 4. Which type of harmonic motion refers to oscillatory motion with decreasing amplitude? a) critically damped b) overdamped c) simple d) under dumped 5. For a given frequency of a longitudinal wave, which characteristic is directly related to the energy of the wave? a. amplitude b. speed of wave c. period d. wavelength 6.The wavelength of a sinusoidal wave divided by the speed of propagation refers to what quantity? a. angular frequency b. frequency c. period d. wave number
Definition Definition Special type of oscillation where the force of restoration is directly proportional to the displacement of the object from its mean or initial position. If an object is in motion such that the acceleration of the object is directly proportional to its displacement (which helps the moving object return to its resting position) then the object is said to undergo a simple harmonic motion. An object undergoing SHM always moves like a wave.
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