A body is projected with a velocity u in a direction making angle `theta` with the horizontal. Show that path of the projectile is a parabola. Find the maximum heighth reached, the time of flight and horizontal range.

A projectile is fired with velocity making an angle theta with the horizontal. Show that it follows a parabolic trajectory. Obtain an expression for the maximum height attained by it.

A body is projected in vertically upwards direction with a speed u. Find the time taken

What is the effect of air resistance on the time of flight and horizontal range of the projectile?

When a projectile os projected at an angle with the horizontal, find the angle of projection for its maximum horizontal range and find the correspondg height achieved by the projectile?

A body P of mass m is thrown with velocity u at an angle 30^@ to the horizontal and another body Q is of teh same mass be projected with velocity u at an angle 60^@ to the horizontal .Find the ratio of the horizonta range nd maximum heights of P and Q.

A body is projected so that it has maxium hoizontal range R.What is the maximum height reached during the flight?

Show that the horizontal range is maximum when angle of projection is 45^@ .

If u is the velocity of projection ,what is the value of maximum horizontal range?

A projectile is projectile at an angle of 15^@ to te horizontal with speed v. if another projectile is rojected with the same speed, then at what angle with the horizontal it must be projected so as to have the same range.