torque
There are normally four forces acting on a body. They are friction force, applied force, weight and gravity. Friction is an opposing force that creates resistance to a body causing it to slow down. e.g If we have a car accelerating 1.55ms-2 and it weighs about 1400kg with its passenger and fuel. The applied force would be 2100N. The air resistance or drag force and the friction of the tries between the surface of the road has generated about 19500N. If we take away the friction force from the applied force, 2100N - 19500N = 600N of applied force to keep the car going but remember that this friction force will gradually slow down the car.
it is due to the inertia of motion .. a body tries to continue with the state it was in initially before an external force is applied on it either to take it in motion or to bring it at rest
It is a force that tries to pull them together. It is called "gravitational force", but most people just call it "gravity".
Relative Force- The ratio of one force against another on the same object. Attached is a good link that goes into more depth and tries to make sense of it.
When you stretch a rubber band, it tries to overcome your force and return to its original state. This is what is called self adjusting force. It helps body achieve its lowest potential state when the external force stops acting.
Shear, as in scissors or other shears, is the force that literally tries to shear something. How much force will a material take when shear force is applied? The answer to that question is quite important in some engineering applications.
There are normally four forces acting on a body. They are friction force, applied force, weight and gravity. Friction is an opposing force that creates resistance to a body causing it to slow down. e.g If we have a car accelerating 1.55ms-2 and it weighs about 1400kg with its passenger and fuel. The applied force would be 2100N. The air resistance or drag force and the friction of the tries between the surface of the road has generated about 19500N. If we take away the friction force from the applied force, 2100N - 19500N = 600N of applied force to keep the car going but remember that this friction force will gradually slow down the car.
On launch, the gravitational force increases their body weight by about three or four times, and their blood tries to stay grounded, sending the body into chaos.
When the book is on the table the force of gravity tries to pull it down to the center of the earth. But according to Newton's third law of motion the every action has an equal and opposite reaction. Thus the table applies the same force on the book as well. This is called a self-adjusting force as the table tries to remain in its original state i.e. its lowest potential state.
it is due to the inertia of motion .. a body tries to continue with the state it was in initially before an external force is applied on it either to take it in motion or to bring it at rest
THE GAME WAS DROP IT MADE BY MILTON BRADLEY
I would Ike to be more explanatory on this. when force is applied on object(e.g. a piece )certain area or ideally speaking whole area (c/s) tries to elongate or compress.but due to elastic property of material,piece on which force is acted,tries to regain its past shape or stage so one resistant force is developed.This force is called stress.and stress intensity is given by: mechanical stress is force divided by area σ=F/A if unit of F is Newton and area in Sq. m then mech. stress is in Pascal
gravity
It is a force that tries to pull them together. It is called "gravitational force", but most people just call it "gravity".
The electro-magnetic force, I guess. The strong nuclear force holds the nucleons together and the electro-magnetic tries to push them apart.
ewan q!!
Gravitational Pull.