Show that maximum range `=(u^2)/(g)`.

Show that maximum horizontal range is 4 times the maximum height attained by the projectile.

If R is the horizontal range for theta inclination and h is the maximum height reached by the projectile, show that the maximum ragne is given by (R^(2))/(8h) + 2h .

If R is the horizontal range for theta inclination and h is the maximum height reached by the projectile, show that the maximum ragne is given by (R^(2))/(8h) + 2h .

Show that the maximum height and range of a projectile are (U^(2) sin^(2) theta)/(2g) and (U^(2) sin 2 theta )/(g) respectively where the terms have their ragular meanings .

Show that the maximum height and range of a projectile are (U^(2) sin^(2) theta)/(2g) and (U^(2) sin 2 theta )/(g) respectively where the terms have their ragular meanings .

Maximum height of a projectile is H an range of projection is R when the projectile is projected with the velocity u. Show that R^2 = 16H (u^2/(2g)-H) .

Show that the maximum height attained by a projectile is one fourth of its maximum horizontal range.