A muscle operates by getting shorter. It's tied to a bone, and can only pull the bone,
not push it. In order for the muscle to return to its original length, a different muscle,
on the other side, has to pull the bone in the opposite direction. So, inside the 'machinery',
muscles can only pull, not push. Outside the machine, of course, the hand or the leg
moves, and those can be rigged to objects in the outside world in ways that permit
pulling or pushing.
A push or a pull is a force
Yes resistance would be a push force.
A push or pull that acts on an object is a force.
how is the force of gravity diffrerent from the force you apply when you push or pull something
Friction force,drag,gravitational force. All muscular force like a shove, a poke, a yank, a kick, a goose, a shot, a nudge, etc. Mental force,Military force,Nuclear force.
A push or a pull is a force
Force can be both a push or a pull
Both represent force. The definition itself says this - " A force is a push or a pull "
A force can be either a push or a pull.
Pull or push is an example of force
Yes resistance would be a push force.
pull
Force applied towards you (pull) or force applied towards the object (push)
A push or pull that acts on an object is a force.
how is the force of gravity diffrerent from the force you apply when you push or pull something
Friction force,drag,gravitational force. All muscular force like a shove, a poke, a yank, a kick, a goose, a shot, a nudge, etc. Mental force,Military force,Nuclear force.
Push