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Thrust, drag, lift, and weight.
The plane will fly at steady height and speed :)
There are two forces on the bomb when it is dropped; horizontal, and vertical. The vertical force is gravity, and the horizontal force is the velocity of the plane when the bomb is dropped. In order to determine how far away the bomb will drop from the initial point of release, it is necessary to know the height that the plane is at, and the velocity of the plane, which is also the initial horizontal velocity of the bomb (it is constant, neglecting air resistence.)
The other in your scenario is air friction / "drag".
thrust, lift, drag and weight. these are all balanced forces as it is travelling at a constant speed.
Thrust, drag, lift, and weight.
Gravity and lift.
The plane will fly at steady height and speed :)
Sketching it is impossible here but think of the ground as the plane and the endless flight of a bee (the bee-line) flying at a constant height as the line which does not intersect it.
If weight and lift aren't equal, then there's a net vertical force on the plane, and it must have vertical acceleration.
There are two forces on the bomb when it is dropped; horizontal, and vertical. The vertical force is gravity, and the horizontal force is the velocity of the plane when the bomb is dropped. In order to determine how far away the bomb will drop from the initial point of release, it is necessary to know the height that the plane is at, and the velocity of the plane, which is also the initial horizontal velocity of the bomb (it is constant, neglecting air resistence.)
38 thousand feet.
The other in your scenario is air friction / "drag".
150 MPH
thrust, lift, drag and weight. these are all balanced forces as it is travelling at a constant speed.
He kept a record of the time, distance and height of the flight.
300/2 = 150 km/h