Home
Class 12
PHYSICS
A particle is projected from the horizon...


A particle is projected from the horizontal x-z plane, in vertical x-y plane where x-axis is horizontal and positive y-axis vertically upwards. The graph of `y` coordinate of the particle v/s time is as shown . The range of the particle is `sqrt3`. Then the speed of the projected particle is:

Promotional Banner

Similar Questions

Explore conceptually related problems

A particle of mass m is projected from origin O with speed u at an angle theta with positive x-axis. Positive y-axis is in vertically upward. Direction. Find the angular momentum of particle at any time t about O before the particle strkes the ground again.

A particle is projected vertically upwards in vacuum with a speed u .

The coordinates of a particle moving in XY-plane very with time as x=4t^(2),y=2t . The locus of the particle is

The coordinates of a particle moving in XY-plane at any instant of time t are x=4t^(2),y=3t^(2) . The speed of the particle at that instant is

Two graphs of the same projectile motion (in the xy-plane) projected from origin are shown. X-axis is along horizontal direction and y-axis is vertically upwards. Take g = 10 ms^(-2) . , The projection speed is :

A particle is projected from horizontal XZ plane with velocity (u_(x)hati+u_(y)hati+u_(z)hatk) from origin (+ yaxis is upward). Find time when velocity of particle will be at 37^(@) with horizontal.

A particle is projected in xy plane with y -axis along vertical, the point of projection is origin. The equation of the path is y=sqrt3x-g/2x^(2) .where y and x are in m .Then the speed of projection in ms^(-1) is

A particle of mass m is released in vertical plane from a point P at x=x_(0) on the x -axis. It falls vertically parallel to the y -axis. Find the torque tau acting on the particle at a time about origin.

A particle is projected from a point at an angle with the horizontal at t=0 . At an instant t, if p is linear momentum, x is horizontal displacement, y is vertical displacement, and E is kinetic energy of the particle, then which of the following graphs are correct?