A particle is projected with a velocity of `30 m//s` at an angle `60^(@)` above the horizontal on a slope of inclination `30^(@)`. Find its range, time of flight and angle of hit.

A particle is projected with a velocity of 30 m//s at an angle 60^(@) above the horizontal on a slope of inclination 30^(@) . Find its time of flight.

A particle is projected wityh velocity 20 ms^(-1) at angle 60^(@) above horizontal up on an inclined plane having inclination 30^(@) . Find its shortest distance from the inclined plane when it is moving 53^(@) above horizontal. (Using =10ms^(-2) )

A particle is projected with a velocity of 25 m//s at an angle of 30^(@) with the horizontal . Calculate (i) The maximum height , (ii) time of flight and (iii) horizontal range .

A particle is projected with velocity of 10m/s at an angle of 15° with horizontal.The horizontal range will be (g = 10m/s^2)

A particle is projected with velocity of 10m/s at an angle of 15° with horizontal.The horizontal range will be (g = 10m/s^2)

A particle is projected with a velocity of 20 m/s at an angle of 30^(@) to an inclined plane of inclination 30^(@) to the horizontal. The particle hits the inclined plane at an angle 30^(@) , during its journey. The time of flight is -