Action Force Vs Closed Balloon Essay

When the gas rushes out of the balloon's mouth it moves forward which starts a movement called thrust. Thrust requires both energy and direction. When the air moves out in one direction from the balloon, it flies in the opposite direction. This is an example to Newton's third law of motion, "To every action there is an equal opposite reaction." The characteristics to explain that an Action Force results in a Reaction Force are that the two forces should be equal in magnitude. The two forces are in opposite directions. The action force is applied to an object and reaction force is applied to something else. For example, a closed balloon shows all the forces are equal in magnitude, the gas inside the balloon. The two forces in the opposite direction
If it moves along a string it focuses the power from the balloon's air in a single direction, generating more concentrated thrust and helping it travel as far as possible in one direction. For the balloon's velocity, if the balloon is moving rightwards, then the velocity is moving rightwards also. The amount of speed is the rate at which an object covers distance. A fast-moving object has a high speed and covers a large distance in a short amount of time. A slow-moving object that has a low speed will cover a small amount of distance in the same amount of time. The force that moves the balloon to create velocity is the thrust when you let go of the balloon's mouth piece. Thrust can be created from your hand or controller. The movement that pushes the balloon forward will make it go farther.The air that shoots out from the balloon's mouth also pushes the balloon forward and creates some velocity.The change in velocity depends on the mass of the object. A force will cause a change in velocity and a change in velocity will generate a force. If there is no force acting on an object then the object will maintain a constant velocity. When velocity is zero the object remains at