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

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

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 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 bullets are fired at an angle of theta and ( 90 - theta ) to the horizontal with same speed. The ratio of their times of flight is

Two projectiles are projected angle ((pi)/(4) + theta) and ((pi)/(4) - theta) with the horizontal , where theta lt (pi)/(4) , with same speed. The ratio of horizontal ranges described by them is

Two projectiles are projected angle ((pi)/(4) + theta) and ((pi)/(4) - theta) with the horizontal , where theta lt (pi)/(4) , with same speed. The ratio of horizontal ranges described by them is

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 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 ?