a screw possesses both rotational kinetic energy and translational kinetic energy while a nail possesses only translational kinetic energy as it moves through the piece of wood hence the screw moves faster since its motion is backed by more energy than the nail.
Radial forces.
If the object doesn't move, the forces HAVE TO be balanced. There is no other way.
balanced forces don't move an object, but unbalanced forces on an object do move
When there is more force acting on one side of an object than the other side. Therefore the object will move to the side with less force.
When you include the effects of friction, it takes less force to move a light-weight object. If you can get the objects into a frictionless environment, then any force, no matter how small, can move any object, no matter how heavy.
You have to move it (by your hand) and it takes some force to do that...
The lighter the vehicle the less energy it takes to move it.
Radial forces.
Tectonic forces.
the threads determine the depth the screw should move
If the object doesn't move, the forces HAVE TO be balanced. There is no other way.
Generally, yes. The atoms in a substance move around much less the cooler they are, so the substance takes up less space.
balanced forces don't move an object, but unbalanced forces on an object do move
Picture a nut on a screw. You are holding the nut so it can't turn, but allow it to go up and down the screw. The screw is restrained so it can turn, but not move back and forth. As you turn the screw one way and the other, the nut will move up and down the screw. That is a trivial example of one very common screw thread mechanism.
Other planets have more or less gravity than Earth, so the energy needed to move things around is also more or less.
Balanced forces are forces that are balanced, so the object won't move. O will represent this. The forces, ---------->O<----------, are the same, so the object won't move. For unbalanced forces, ---------->O<--------------------, The force on the right is stronger, so it will move to the left.
As heat is put into a gas, the molecules gain energy and move faster and faster (the temperature goes up). The faster they move the less the intermolecular forces become so the further they can move away from each other