[" A particle is projected up an inclined plane of inclination "],[beta" at an elevation "alpha" to the horizontal.Find the ratio "],[" between tan "alpha" and "tan beta," if the particle strikes the plane "],[" horizontally."]

A particle is projected up an inclined plane of inclination beta at an elevation prop to nthe horizontal. Find the ratio between tan prop and tan beta , if the particle strikes the plane horizontally.

A particle is projected up an inclined plane of inclination beta at an elevation prop to the horizontal. Find the ratio between tan prop and tan beta , if the particle strikes the plane horizontally.

A particle is projected up an inclined plane of inclination beta at na elevation prop to the horizon. Show that tan prop = cot beta + 2 tan beta , if the particle strikes the plane at right angles

A particle is projected up an inclined plane of inclination beta at na elevation prop to the horizontal. Show that (a) tan prop = cot beta + 2 tan beta , if the particle strikes the plane at right angles (b) tan prop = 2 tan beta , if the particle strikes the plane horizontally.

A particle is projected up an inclined plane of inclination beta at na elevation prop to the horizon. Show that (a) tan prop = cot beta + 2 tan beta , if the particle strikes the plane at right angles (b) tan prop = 2 tan beta , if the particle strikes the plane horizontally.

Consider an object P on an inclined plane of inclination beta . A shot is fired O at an angle alpha with horizontal. Find the relation between alpha and beta , if the shot hits the object horizontally.

A particle is projected up an inclines plane. Plane is inclined at an angle theta with horizontal and particle is projected at an angle alpha with horizontal. If particle strikes the plane horizontally prove that tan alpha=2 tan theta

A particle is projected up an inclines plane. Plane is inclined at an angle theta with horizontal and particle is projected at an angle alpha with horizontal. If particle strikes the plane horizontally prove that tan alpha=2 tan theta

A particle is projected up an inclines plane. Plane is inclined at an angle theta with horizontal and particle is projected at an angle alpha with horizontal. If particle strikes the plane horizontally prove that tan alpha=2 tan theta

A particle is projected from the bottom of an inclined plane of inclination 30^@ . At what angle alpha (from the horizontal) should the particle be projected to get the maximum range on the inclined plane.