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If \(\vec{L}\) and \(\vec{P}\) represent the angular momentum and linear momentum respectively of a particle of mass ' \…

Q1

If \(\vec{L}\) and \(\vec{P}\) represent the angular momentum and linear momentum respectively of a particle of mass ' \(m\) ' having position vector \(\vec{r}=\mathrm{a}(\overset{^}{\mathrm{i}}\cos \omega \mathrm{t}+\overset{^}{\mathrm{j}}\sin \omega \mathrm{t})\). The direction of force is:

[JEE Main 2025, 4 Apr (Shift 1)]

a

Opposite to the direction of \(\vec{r}\)

b

Opposite to the direction of \(\vec{L}\)

c

Opposite to the direction of \(\vec{P}\)

d

Opposite to the direction of \(\vec{L}\times \vec{P}\)

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