hi--jassi
it will cause a push on your spine
Well, there obviously gravity and lift. But there are two more. They are drag and thrust. Gravity operates all the time. Then you give thrust to the aircraft, to create lift, and drag will automatically operate. Gravity pulls you down, lift pushes you up, drag slows you down and thrust accelerates you. Gravity and drag are both bad for launch. Lift and thrust are absolutely essential for launch. So there you have it. Gravity, Lift, Thrust, Drag
Is accerelation or deccerelation due to gravity, friction, rocket thrust, or other applied forces.
There are two forces that causes an airplane to be airborne. They are Thrust and Lift. The other two forces resists the airplane's flight. They are Gravity and Drag.
In flight, lift and weight act in opposition to each other, with lift generated by the wings counteracting the force of gravity acting on the aircraft. Similarly, thrust and drag act in opposition, with the engine propulsion providing thrust to overcome the drag force caused by air resistance on the aircraft.
When a spacecraft takes off, the main forces involved are thrust and gravity. Thrust is generated by the spacecraft's engines pushing it upwards, while gravity pulls the spacecraft back toward Earth. Other forces, such as aerodynamic drag and lift, may also be present depending on the specific design of the spacecraft.
There are two forces acting on a water rocket. The thrust which the force that is given to the water rocket to make it move, and the other one is the gravity.
The thrust from the propellers provides the forward force needed to overcome the drag and maintain a constant speed. The lift generated by the wings counters the force of gravity to keep the plane at a constant altitude. As long as these forces are balanced, the plane will continue to fly in a straight path at a constant speed.
It would obviously fall to the ground. However, if you have a rocket which can't overcome gravity, you've got a pretty bad rocket...
Unbalanced forces are also known as "net forces" and are expressed as a vector of the total forces acting on the object. This will be directly proportional to the acceleration of the object (the other factor being mass).
Usually there is gravity. There may be other forces involved too, depending on the situation.Usually there is gravity. There may be other forces involved too, depending on the situation.Usually there is gravity. There may be other forces involved too, depending on the situation.Usually there is gravity. There may be other forces involved too, depending on the situation.
Gravity is the primary force that causes the movement of objects in space. Additionally, other factors such as momentum, thrust from engines, and interactions with other celestial bodies can also influence the movement of objects in space.