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Engineering

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

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Given below are two statements: Statement I: Chlorine can easily combine with oxygen to form oxides; and the product has a tendency to explode. Statement II: Chemical reactivity of an element can be determined by its reaction with oxygen and halogens. In the light of the above statements, choose the correct answer from the options given below

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A metal wire of uniform mass density having length L and mass M is bent to form a semicircular arc and a particle of mass m is placed at the centre of the arc. The gravitational force on the particle by the wire is: [Diagram: Semicircular arc with mass m at center]

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Questions

If L⃗\vec{L}L and P⃗\vec{P}P represent the angular momentum and linear momentum respectively of a particle of mass 'm' having position vector r⃗=a(i^cos⁡ωt+j^sin⁡ωt)\vec{r} = a(\hat{i}\cos \omega t+\hat{j}\sin \omega t)r=a(i^cosωt+j^​sinωt). The direction of force is

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Questions

If L⃗\vec{L}L and P⃗\vec{P}P represent the angular momentum and linear momentum respectively of a particle of mass 'm' having position vector r⃗=a(i^cos⁡ωt+j^sin⁡ωt)\vec{r} = a(\hat{i}\cos \omega t+\hat{j}\sin \omega t)r=a(i^cosωt+j^​sinωt). The direction of force is

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

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