Calculate the horizontal speed that a bomber should have when dropping

Calculate the horizontal speed that a bomber should have when dropping a bomb from a height of 4500m so that it falls 6km from the place of throwing.

To calculate the horizontal speed of the considered bomber, we will use the formula: Vg = S * √ (g / 2h).

Variables and constants: S – distance from the place of throwing (S = 6 km = 6000 m); g – acceleration due to gravity (g ≈ 10 m / s2); h is the height of the considered bomber when the bomb is dropped (h = 4500 m).

Let’s calculate: Vg = S * √ (g / 2h) = 6000 * √ (10 / (2 * 4500)) = 200 m / s.

Answer: The horizontal speed of the considered bomber should be equal to 200 m / s.