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If you push on a wall with a force of 200N what force does the wall push back?
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If you push a wall with a force of 200 N with what force does the wall push back?
200 N
When you push against a wall with your fingers they bend because they experience a force Identify this force?
you push on the wall and the wall pushes back on you with opposite and equal force.
I push a wall and it pushes back as long as I do - where does this infinite reaction force comes from?
The reaction force is not infinite; it is finite. For example, if you push with a force of 100N, the wall will push back with a force of 100N.If you are thinking that this requires an unlimited amount of energy, then you are confusing the concepts of force and energy. Energy is only required if the force is applied over a certain distance - the energy (or work) required to pull or push an object is equal to the force multiplied by the distance. In the example you give, the wall doesn't budge, so you have a force of 100 N times a distance of zero meters, equals an energy of 0 Joule.
If you stand next to a wall on a frictionless skateboard and push the wall with a force of 40 N how hard does the wall push on you?
40 newtons
What is the force needed for you trying to push a brick wall over?
depends on the wall.
If you push a wall with a force of 200 N with what force does the wall push back?
200 N
When you push against a wall with your fingers they bend because they experience a force Identify this force?
you push on the wall and the wall pushes back on you with opposite and equal force.
What would happen to a wall if you push on it with a force of 10N?
It pushes back with an equal force (10 N). If it can not, then it falls over.
I push a wall and it pushes back as long as I do - where does this infinite reaction force comes from?
The reaction force is not infinite; it is finite. For example, if you push with a force of 100N, the wall will push back with a force of 100N.If you are thinking that this requires an unlimited amount of energy, then you are confusing the concepts of force and energy. Energy is only required if the force is applied over a certain distance - the energy (or work) required to pull or push an object is equal to the force multiplied by the distance. In the example you give, the wall doesn't budge, so you have a force of 100 N times a distance of zero meters, equals an energy of 0 Joule.
If you stand next to a wall on a frictionless skateboard and push the wall with a force of 40 N how hard does the wall push on you?
40 newtons
What is the force needed for you trying to push a brick wall over?
depends on the wall.
How much is 50 newtons worth of force?
This is newtons third law in action, which states that for every action there is an equal and opposite reaction. If you push on a wall with 50 newtons of force, the wall will not move, and it will have no acceleration. To make the sum of the forces zero, the wall must push back on you with the same 50 newton force. This is implying that you do not push on the wall hard enough to were it breaks. If it does this it means you are overcoming the force that the wall can push back.
What are some examples of Newtons third law of motion?
bumper cars, hockey puck, rocket launch, swimming, rowing in a boat. for example if you run into a wall and you use force on hitting it, the wall will use the same force to push you back, that why you bounce off the wall with the same force as you hit it.
What happened when the force are not balance?
The force that is stronger will overwhelm the other force and the other force will lose it's power and the vector becomes 0. Later the object gets moved or breaks. it's Shown by this formula which Newton made called F=-F. Lets say that you are pushing a wall. You are pushing the wall, but the wall pushes back as the same force as you, but if you push stronger than the maximum force of the wall, the wall breaks or moves.
When you push on a wall what pushes back on you?
inertia
What pushes back on you when you push on a wall?
inertia
When you push against a wall with your fingers they bend because they experience a force. What is this force?
It is the force of the wall pushing against your fingers. This is related to Newton's Third Law.
