This is the correct equation to use, but not the correct initial velocity. All you care about is the vertical motion (which, as vincentchan points out, has nothing to do with the horizontal speed of the plane), so what's the initial speed in the vertical direction?hype_chicky said:So Viinitial is 720 km/h and d is 2000 m , g is 9.8 and to solve for t would i use the formuladeltay = Videltat + 1/2adeltay t^2?
The time of bomb dropped from 2000m can be calculated using the equation t = √(2h/g), where t is the time, h is the height of the bomb, and g is the gravitational acceleration (9.8 m/s²).
Calculating the time of bomb dropped from 2000m is important for understanding the trajectory and impact of the bomb. It can also help in predicting the potential damage caused by the bomb.
Yes, external factors such as air resistance and wind conditions can affect the accuracy of the calculation. However, these factors can be taken into account and adjusted for in the equation.
The higher the bomb is dropped from, the longer it will take to reach the ground. This is because the bomb has a longer distance to travel, which increases the time it takes to fall.
Yes, the equation for calculating the time of bomb dropped from 2000m is applicable to all objects falling under the influence of gravity, including bombs. However, the accuracy of the calculation may vary depending on the shape and size of the bomb.