Any upward force works against gravity,
since they act in opposite directions.
Air resistance is not a downward force; it acts in the opposite direction of an object's travel. When a plane is in flight the forward force provided by the engines works against the backwards force of air resistance. If the engines are turned off the plane will begin to slow down. As a plane moves foreward the air moving over its wings creates an upward force called lift, which works against the pull of gravity.
Buoyant force works against the force of pulling.
Capillary action & osmotic pressure.
friction
Gravity
the force of gravity
Air resistance is not a downward force; it acts in the opposite direction of an object's travel. When a plane is in flight the forward force provided by the engines works against the backwards force of air resistance. If the engines are turned off the plane will begin to slow down. As a plane moves foreward the air moving over its wings creates an upward force called lift, which works against the pull of gravity.
This force is called capillary action.
Buoyant force works against the force of pulling.
Gravity is one such force.
Where are you from? Add me on SKYPE! Name: nfsworld_hackerANSWER: GRAVITY
Gravity works equally on every particle in a "standard" object which is why all objects fall at the same rate. Yes, you can exert an upward force greater than 1G when jumping, but even during the jump, gravity is already working on decelerating your upward speed and pulling you back down.
it works by reacting to the force created by the mass of your body being in a gravitational field. in short it works by using a force. but that force is because of gravity.
It does. Gravity works on all matter
Capillary action & osmotic pressure.
My VIGINA
Potential energy.