5 kg Car moving 10 m/s west+10 Newton force pushing car west-10 Newton force pushing car east
Sum of the forces = Mass × acceleration
Sum of the forces = (+10 Newton) + (-10 Newton)
Sum of the forces = 0
Mass = 5 Kg
Sum of the forces = 0
5 Kg × acceleration =0
acceleration =0
If acceleration = 0, the velocity is constant, not changing.
If the car is sitting still, it will remain still. If the car is moving 10 m/s west, it will remain moving 10 m/s west.
If 2 weight lifters of equal strength push with the same force on the front and back of the car, what will happen?
Balanced forces cause stationary objects to remain at rest and moving objects to come to rest. If on exact opposite direction - nothing. Else it will produce a resultant force.
Balanced forces cause stationary objects to remain at rest and moving objects to come to rest. If on exact opposite direction - nothing. Else it will produce a resultant force.
Forces come from interactions between objects or particles. They can arise from the electromagnetic force, gravitational force, or nuclear forces depending on the nature of the objects involved. These forces govern the motion and behavior of objects in the universe.
Balanced forces do not change because each side is pushing the other with the same amount of force. Action Force is a force that exerts a force on another object.Reaction force is equal, and opposite of the first force. In response to the force applied.Hope that helps
"Action and reaction" refers to Newton's Third Law. Forces always come in pairs; if object "A" pushes against object "B", then object "B" will push back against object "A". Which of these two forces is called the "action", and which the "reaction", is often arbitrary."Balanced forces" is unrelated to the above; when forces are "balanced", it means that the vector sum of all the forces that act on the same object are zero. Please note that "action and reaction" forces are forces that act on different objects, so the forces on a single object are not necessarily balanced.
Objects start moving when a force is applied to them, such as a push or pull. Objects stop moving when the forces acting on them become balanced, resulting in equilibrium. This can happen when an external force is removed or when other opposing forces come into play.
When the force is not balanced, an object will accelerate in the direction of the greater force. This acceleration will continue until the forces are once again balanced or until other forces come into play. Unbalanced forces lead to changes in an object's motion.
Inertia itself does not cause objects in motion to come to rest. Objects in motion tend to continue moving in a straight line unless acted upon by an external force, in accordance with Newton's first law of motion. When external forces such as friction or air resistance act upon an object, they provide a force in the opposite direction of the object's motion, eventually causing it to come to rest.
Push and Pull I'll say 'contact' and 'non-contact'. (I hope nobody is going to come along and say 'balanced' and 'unbalanced', because that's just plain wrong.)
Objects that go up and come back down are influenced by gravity. Gravity is the force that pulls objects back towards the Earth when they are lifted up and opposing forces such as air resistance or friction can also play a role in the object's motion.
When two objects with balanced charges come into contact, electrons can transfer between them. As electrons move, one object may end up with a slightly more negative charge, while the other has a slightly more positive charge. This can lead to a buildup of electric charge in both objects, creating an imbalance that wasn't present initially.
On a lorry, the main forces that are balanced include the force of gravity pulling downwards and the normal force exerted upwards by the ground. These forces balance each other out, keeping the lorry in equilibrium. Additional forces such as air resistance and friction can also come into play but are typically minimal compared to gravity and the normal force.