A particle moves in the X-Y plane according to the equation-r -8594-i -8594-2j -8594-Acos -969-t-The motion of the particle is-a- on a straight line-b- on an ellipse-c- periodic-d- simple harmonic

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General Fields

A particle mo...

Question

A particle moves in the X-Y plane according to the equation
$\vec{r} = (\vec{i} + 2 \vec{j}) A \cos ω t .$
The motion of the particle is
(a) on a straight line
(b) on an ellipse
(c) periodic
(d) simple harmonic

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\vec{r} = (\vec{i} + 2 \vec{j}) A \cos ω t .

A particle moves on x-axis according to the equation $x = x_{0} s i n^{2} w t$ , the motion is simple harmonic,

x = x_{0} {sin}^{2} ω t

x = A + B sin ω t

x = A + B s i n ω t

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