MCQ
$second^{-1}$ is unit of
- Atime
- Blength
- ✓frequency
- Dangular accelaration
Generate a complete, print-ready paper with questions like this in minutes — across 16+ boards, with answer keys.
| Column $I$ | Column $II$ |
| $(A)$ $u_x$ is doubled, $u_y$ is halved | $(p)$ $H$ will remain unchanged |
| $(B)$ $u_y$ is doubled $u_x$ is halved | $(q)$ $R$ will remain unchanged |
| $(C)$ $u_x$ and $u_y$ both are doubled | $(r)$ $R$ will become four times |
| $(D)$ Only $u_y$ is doubled | $(s)$ $H$ will become four times |
$(A)$ $\vec{V}_C-\vec{V}_A=2\left(\vec{V}_B-\vec{V}_C\right)$
$(B)$ $\vec{V}_C-\vec{V}_B=\vec{V}_B-\vec{V}_A$
$(C)$ $\left|\vec{V}_C-\vec{V}_A\right|=2\left|\vec{V}_B-\vec{V}_C\right|$
$(D)$ $\left|\vec{V}_C-\vec{V}_A\right|=4\left|\vec{V}_B\right|$