A particle is projected from ground with velocity $u$ at angle $\theta$ from horizontal. Match the following two columns.

Column $I$ Column $II$
$(A)$ Average velocity between initial and final points $(p)$ $u \sin \theta$
$(B)$ Change in velocity between initial and final points $(q)$ $u \cos \theta$
$(C)$ Change in velocity between initial and final points $(r)$ Zero
$(D)$ Average velocity between initial and highest points $(s)$ None of the above

  • A

    $( A \rightarrow q , B \rightarrow s , C \rightarrow p , D \rightarrow p )$

  • B

    $( A \rightarrow s , B \rightarrow q , C \rightarrow p , D \rightarrow p )$

  • C

    $( A \rightarrow q , B \rightarrow p , C \rightarrow s , D \rightarrow p )$

  • D

    $( A \rightarrow s , B \rightarrow q , C \rightarrow r , D \rightarrow p )$

Similar Questions

If we can throw a ball upto a maximum height $H$, the maximum horizontal distance to which we can throw it is

  • [AIIMS 2011]

The ratio of the speed of a projectile at the point of projection to the speed at the top of its trajectory is $x$. The angle of projection with the horizontal is

The angle of projection at which the horizontal range and maximum height of projectile are equal is

A body of mass $m$ is thrown upwards at an angle $\theta$ with the horizontal with velocity $v$. While rising up the velocity of the mass after $ t$ seconds will be

Range of a bullet fired at $45^o$ to horizontal is $980m$. If the bullet is fired at same  angle from a car travelling horizontally at $18\, km/hr$ towards target then range will be  increased by :-