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Second Law of Motion

Given initial...

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Given initial velocity u and theta. Find instantaneous velocity v when projectile is moving perpendicular to the initial direction of motion?

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m

moves with a velocity

v

and collides inelastically with another identical mass. After collision, the 1st mass moves with velocity

\frac{v}{\sqrt{3}}

in a direction perpendicular to the initial direction of motion. Find the speed of the second mass after collision

Q. A mass 'm' moves with a velocity v and collides in-elastically with another identical mass. After collision the

1^{s t}

mass moves with velocity

\frac{v}{\sqrt{3}}

in a direction perpendicular to the initial direction of motion. Find the speed of the

2^{n d}

mass after collision.

Q. What is the velocity of projectile when it mooves perpendicular to initial velocity?

^{'} m^{'}

moves with velocity

v = \sqrt{3} m / s

and collides with another mass

2 m

initially at rest. After collision first mass move with velocity

\frac{v}{\sqrt{3}}

in the direction perpendicular to initial direction of motion. Speed of second mass (in m/s) after collision is ____________.

Q. A particle is projected at angle

θ

with horizontal. Calculate the time when it is moving perpendicular to initial direction. Also calculate the velocity at this position.

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