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there can be force without movement. an example of this would be when a person pushes against a wall :)
a person pushing the wall.here nothing will be displaced inspite of the force applied on it.this is because there is an greater force applied by wall with respect to the force applied by the person.
you push on the wall and the wall pushes back on you with opposite and equal force.
0.5 m/s2
This is Newtons 3rd Law. "For every action force there is an equal and opposite reaction force." So, the action is your hand applying a force to the wall, and the reaction is the wall pushing back with an equal force.
there can be force without movement. an example of this would be when a person pushes against a wall :)
a person pushing the wall.here nothing will be displaced inspite of the force applied on it.this is because there is an greater force applied by wall with respect to the force applied by the person.
what force pushes a cell membrane against a cell wall
The electromagnetic force between the electrons in the person's atoms and the electrons in the wall's atoms is greater than the force of a person pushing against it. The atoms in the wall are connected via their electrons with a certain amount of force; if the force applied to the wall exceeds this threshold, then the object acting on the wall will go through it.
you push on the wall and the wall pushes back on you with opposite and equal force.
An interaction requires a pair of forces acting on two separate objects. You can feel your fingers being pushed by your friends fingers. You also feel the same amount of force when you push on a wall and it pushes back on you. As a point of fact, you cannot push on the wall unless it pushes back on you.
Same force, opposite direction (according to Newton's Third Law).
0.5 m/s2
An interaction requires a pair of forces acting on two separate objects. You can feel your fingers being pushed by your friends fingers. You also feel the same amount of force when you push on a wall and it pushes back on you. As a point of fact, you cannot push on the wall unless it pushes back on you.
This is Newtons 3rd Law. "For every action force there is an equal and opposite reaction force." So, the action is your hand applying a force to the wall, and the reaction is the wall pushing back with an equal force.
56
It pushes back with an equal force (10 N). If it can not, then it falls over.