Two ways to think about this:
From Newton's Second Law: F=ma, a=F/m. Since the mass is in the denominator, a large mass means a small acceleration. In other words, for a given force, it will take a long time to change its velocity. (There will also be a lot of friction, so some items can't be moved at all.)
From kinetic energy calculations: KE = (1/2)mv2, so more mass means more kinetic energy for a given speed. It takes a lot of energy to make something big move.
In any case, it is not the SIZE of the object that matters, but rather its MASS.
No and yes. All objects in space move, but the gravity of the sun and the planets slow down a spacecraft or other object if they get too close.
Friction will slow down the moving object
Strictly speaking, the only thing that opposes to force and slows objects in all scenarios is friction. If you are trying to move an object upwards, gravity is a downward force and as such is capable of doing opposing upwards forces and causing the object to slow down as well
Because of friction, Friction is what causes moving objects to slow down and eventually stop. This is an important science idea we can use to describe the force that pushes back on a moving object and makes it slow down and stop.
force in the opposing direction (Newtons first law). There are no gas molecules so no drag or 'wind resistance' to slow the objects down. RESISTANCE
No and yes. All objects in space move, but the gravity of the sun and the planets slow down a spacecraft or other object if they get too close.
Friction will slow down the moving object
Friction will slow down the moving object
Strictly speaking, the only thing that opposes to force and slows objects in all scenarios is friction. If you are trying to move an object upwards, gravity is a downward force and as such is capable of doing opposing upwards forces and causing the object to slow down as well
Because of friction, Friction is what causes moving objects to slow down and eventually stop. This is an important science idea we can use to describe the force that pushes back on a moving object and makes it slow down and stop.
it makes it easier to move objects (usually heavy, large, hard to move, etc) to an area with a higher elevation
Because they are to big and move to slow
force in the opposing direction (Newtons first law). There are no gas molecules so no drag or 'wind resistance' to slow the objects down. RESISTANCE
What do objects snap to when you move them
It is a diamond
Because there is no air in space, there is no friction to slow said object down.
The study of why objects move is dynamics, whereas the study of how objects move is kinematics.