A mountain has far more mass than a human being. Objects with greater mass have a naturally higher level of gravity themselves, and thus have a greater attraction to the earth itself, working with its gravity. Keep in mind that while you would calculate more force between the earth and the mountain, if you and Mt. Everest could be suspended above the earth in a vacuum and released, you would both fall to the earth at the same velocity. The greater mass of the mountain is off-set by a proportionally greater inertia. Don't get fooled as Aristotle did, and assume that the mountain would fall faster than you (in a vacuum).
In that case, of course, the net force is down - the object will sink.
The spring stretches when pulling force acts on it. The greater the force, the extension of the spring. The spring is attached to a pointer, which indicates the amount of force exerted on the spring
The object accelerates in the direction of the resultant force.
The atoms in the metal behave like tiny springs which are being pulled apart a little bit and also laterally displaced. The greater this separation, the greater the restoring force pulling the atoms back together.
pulling
In that case, of course, the net force is down - the object will sink.
When there is that force that pulls downward. Example, when you climb a mountain. You will fell that there is that gravity pulling downward.
Gravity is pulling down, and Buoyancy is pushing up. When the force of gravity is greater than the buoyant force, objects sink. When the buoyant force is greater than the force of gravity, objects float.
When you pull on the rope, the side with the most force will win.
The spring stretches when pulling force acts on it. The greater the force, the extension of the spring. The spring is attached to a pointer, which indicates the amount of force exerted on the spring
Tensile (pulling) force
Of course. Rub a plastic comb on your shirt, than pass it over bits of tissue on the table. The bits of tissue jump up off the table and stick to the comb. The electrostatic field of the comb is pulling them upward with greater force than the gravitational field of the entire earth pulling them down.
The object accelerates in the direction of the resultant force.
pulling
The atoms in the metal behave like tiny springs which are being pulled apart a little bit and also laterally displaced. The greater this separation, the greater the restoring force pulling the atoms back together.
Mechanical advantage is the greater outputted force than inputted force that is generated by using a machine. One example is pulling a pulley to create a much greater output force on the other side that a person could not lift without a pulley.
It is the pulling force applied multiplied by the displacement of the object being pulled in the direction of the pulling force.