In contious to the previous video about rocket flight trajectory and its maximum height that was ~452km if we don't consider air ressitance. However, if we take into consideration the influence of air resistance on the rocket trajectory the maximum height will be only 140km, which is almost 4 times less than without air ressitance. In this video we solved this problem with numerical methods , with time steps ∆t. And we assume the effective area of side of the rocket which is in the direction of to the air velocity is 0.5m^2. The effective area which in the air ressitance component or expression , is cruital. The more it is smaller the more air resistance will be smaller.
Air resistance. The Rocket flight trajectory with consideration of air ressitance in the calculation
In contious to the previous video about rocket flight trajectory and its maximum height that was ~452km if we don't consider air ressitance. However, if we take into consideration the influence of air resistance on the rocket trajectory the maximum height will be only 140km, which is almost 4 times less than without air ressitance. In this video we solved this problem with numerical methods , with time steps ∆t. And we assume the effective area of side of the rocket which is in the direction of to the air velocity is 0.5m^2. The effective area which in the air ressitance component or expression , is cruital. The more it is smaller the more air resistance will be smaller.
0 Comments