Two bodies are thrown with the same initial speed at angles `alpha and (90^(@) -alpha)` with the horizontal. What will be the ratio of (a) maximum heights attained by them and (b) horizontal ranges ?

Two bodies are thrown with the same initial velocity at angles theta and (90^(@)- alpha) with the horixontal. What will bethe ratio of (ii) maximum heights attained by then and (ii) of horizontal ranges ?

Two bodies are thrown with the same velocity at angles alpha and 90^@ - alpha to the horizontal. Calculate the ration of the maximum heights reached by the bodies.

Two bodies are thrown with the same velocity at angles alpha and 90^@-alpha to the horizontal.Calculate the ratio of the maximum heights reached by the bodies.

Two bodies are thrown with the same initial velocity at angles theta and (90^@ - theta) respectively with the horizontal, then their maximum height are in the ratio

Two balls are projected at an angle theta and (90^(@) - theta) to the horizontal with the same speed. The ratio of their maximum vertical heights is

A particle is thrown with speed of 50 m//s at an angle of projection 37^(@) with the horizontal. Find (a) the time of flight, (b) the maximum height attained and ( c) the horizontal range. (sin 37^(@) = (3)/(5), cos 37^(@) = (4)/(5))

Two bodies are projected at angle theta and (90%(@) -theta) to the horizontal with the same speed. Find the ration of their time of flight.

Two balls are thrown with the same speed from a point O at the same time so that their horizontal ranges are same. If the difference of the maximum height attained by them is equal to half of the sum of the maximum heights, then the angles of projection for the balls are

Two projectiles thrown from the same point at angles 60^@ and 30^@ with the horizontal attain the same height. The ratio of their initial velocities is