The horizontal range (R ) of a projectile becomes (R + 2 H) from `R` due to a wind in horizontal direction. Here `H` is the maximum height reached by the projectile. What constant horizontal acceleration is imparted by the wind ?

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, Then maximum range is

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 .

The horizontal range of a projectile is R and the maximum height attained by it is H. A strong wind now begins to below in the direction of motion of the projectile, giving it a constant horizontal acceleration =g//2 . Under the same conditions of projection. Find the horizontal range of the projectile.

The horizontal range of a projectile is R and the maximum height attained by it is H. A strong wind now begins to below in the direction of motion of the projectile, giving it a constant horizontal acceleration =g//2 . Under the same conditions of projection. Find the horizontal range of the projectile.

The horizontal range of a projectile is R and the maximum height attained by it is H. A strong wind now begins to below in the direction of motion of the projectile, giving it a constant horizontal acceleration =g//2 . Under the same conditions of projection. Find the horizontal range of the projectile.

The horizontal range of a projectile is R and the maximum height at tained by it is H. A strong windnow begins to blow in the direction of the motion of the projectile, giving it a constant horizontal acceleration = g/2. Under the same conditions of projection, the horizontal range of the projectile will now be:

If R and H are the horizontal range and maximum height attained by a projectile , than its speed of prjection is