A particle executing simple harmonic motion along y-axis has its motion described by the equation $y = A sin (ω t) + B$ . The amplitude of the simple harmonic motion is:

A

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B

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A + B

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\sqrt{A + B}

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Solution

The correct option is A $A$
The equation $y = A s i n (w t) + B$ suggests that the particle is executing Simple Harmonic Motion about $B$ which is the mean position and the amplitude of oscillation of the SHM (about $B$ ) is equal to $A$ .

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A particle executing simple harmonic motion along y-axis has its motion described by the equation y=Asin(ωt)+B. The amplitude of the simple harmonic motion is:

The correct option is A AThe equation y=Asin(wt)+B suggests that the particle is executing Simple Harmonic Motion about B which is the mean position and the amplitude of oscillation of the SHM (about B) is equal to A.

A particle executing simple harmonic motion along y-axis has its motion described by the equation $y = A sin (ω t) + B$ . The amplitude of the simple harmonic motion is:

The correct option is A $A$
The equation $y = A s i n (w t) + B$ suggests that the particle is executing Simple Harmonic Motion about $B$ which is the mean position and the amplitude of oscillation of the SHM (about $B$ ) is equal to $A$ .