Any force that originates above you does. It could be the tension
in a bungee, in the harness of a parachute, etc.
The force of gravity pulls the screwed up piece of paper downward. This force is a result of the mass of the paper interacting with the Earth's gravitational field.
When a horse "pulls up" during a race, it means that the jockey has slowed down or stopped the horse because of an injury or other issue that prevents the horse from continuing at full speed.
There is no force that pulls us up. The force that pulls us down is called gravity. If you also consider that we are rotating about the Earth's core, you might think we are being pulled up, but that is incorrect - that is still a force that pulls us towards the focus of angular acceleration. Any perception of a force in the other direction, such as "centrifugal force" or "corialis effect", is actually a reaction force, not a true force. (Newton's First Law of Motion: For every force, there is an equal and opposite (reaction) force)
A black limousine with tinted windows pulls up in front of the building. Two men in suits step out and open the door for a third man, who is wearing sunglasses and a designer suit. They enter the building together.
Capillary action is the force that pulls up wax on a wick. This process occurs due to the adhesive forces between the wax molecules and the wick material, allowing the wax to move against gravity.
Upthrust pulls u up and gravity pulls you down
no. only if someone pulls you up.
On the Up - 2007 Diaz Pulls a Pulitzer - 3.2 was released on: USA: 24 April 2008
What is the date and time the setting (after the bus pulls away)?
No
when a male or female comes up to you and pulls up yourprivate parts
Air Helps An Aeroplane Fly Because Of The UpThurst.UpThrust Is A Sort Of A Gravity That Pulls You Up Like A Float Floats In Water The Upthrust Pulls It Up But The Gravity Pulls It Down So It Dosn't Go Flying Up In Space.That Is My Awnser Of How Air Helps An Aeroplane Fly. ThankYou. ;D
Yes they do because when your on the runway and the first wheels go out then the pilot pulls a lever that pulls out the second pair of wheels.
gravity's force pulls it back
Burrowing owls are affected by the four forces of flight like any other bird. (Lift, weight, thrust, and drag are the forces) Lift pulls you up, weight pulls you down, thrust pulls you forward, and drag pulls you back.
The force of gravity pulls the screwed up piece of paper downward. This force is a result of the mass of the paper interacting with the Earth's gravitational field.
Yes- it actually "pulls up" on the jaw.