Remember, the force of gravity on you is pretty much constant and unchanging. However, the degree to which you 'feel' it depends on whether or not something is pushing back up at you, to balance/resist your weight. If we assume that the elevator is going at a constant speed, then we know that the net force on your body must be zero, since you are not accelerating. Therefore the elevator is still supplying an upward force to resist your weight, and you will still feel heavy. You will only feel lighter if the lift is allowed to accelerate downwards. We can justify all this with equations. If R is the force pushing up against your feet (which makes you feel heavy) then acceleration (a) = (mg - R) / m Rearranging: R = mg - ma Dividing through by mg gives an expression for the proportion of ordinary weight felt: R/mg = 1 - a/g
Well because you are, lets round gravity up to 10m/s and if the elevator moves up at 5m/s you now weigh 50% more so if you are 100lbs you would weigh 150lbs same applies for going down if the elevator moves down at 5m/s you would weigh 50% less or 50lbs
Whenever you accelerate downward you reduce your resistance to the force of gravity.
If you don't resist the force of gravity at all ... that's weightlessness.
But you never get weightlessness on a working elevator, only a partial reduction.
the gravity pulls you down
Well, how i would think of it is that it would wobble around so much that the weight of the elevator would snap the rope that transports it up and down, and the elevator would fall to the bottom.
If one plate is heavier, it will go down, pushing magma up though the earth creating an active volcano. If 2 plates weigh the same they will push each other up to create a volcano.
Deflation
The process by which a tectonic plate consisting of less heavy rock rides up over a heavier plate is known as subduction. The opposite of this process is called obduction.
when you go up in the air the more pressure you feel it is the same when you go deeper under water
When the elevator is still the force of gravity due to your weight pressing downwards on the floor is equalled exactly by the floor pushing you upwards with the same force. When the elevator rises you feel a little heavier, and the elevator is pushing upwards with the same increased force. When the elevator descends you feel that you lose a little weight, and the floor pushes up at you with the equally reduced force, so you descend.
the elevator is what makes the the aircraft go up or down.
If you mean on MySims Wii, the elevator in the hotel, you can't go up it.
press the up arrow on the elevator and you should go up. same as a regular elevator
go up the elevator.
you go up the stairs and go in an elevator
i will say thank you
go down the elevator and out the door then go up the elevator and go out the bright doorthen jump down the ledges and go to the ship
Well There Is A An Elevator What U Use To Go Up And Down Ussaly In Bulidings But Ive Never Heard Some One Called Elevator??.
if you come in through rt. 208 or 212 the you go right and then go up then when your at the cross roads you turn right and go up and you'll see the gym so u go inside and go up the elevator and go into the door on your right. then go up the elevator and go into the middle door.go up the elevator.go inside the door on your left.go up the elevator then pick the door on your right.then in the middle of the room there is the gym leader. hope this helps! :) please rate me
This statement makes no sense. This is not a question and can not be answered. Rewrite so the reader has some idea of what you want to know.
1). The force of gravity attracts you downward. 2). The floor of the elevator car exerts an upward force on the bottom of your feet. When #1 is greater than #2, you accelerate downward, and you feel lighter than normal. That happens when the car is starting to go down, or finishing going up. When #2 is greater than #1, you accelerate upward, and you feel heavier than normal. That happens when the car is starting to go up, or finishing going down. When #1 and #2 are equal, you don't accelerate at all, and your weight feels normal. That happens when the car is standing still, or rising at a steady speed, or dropping at a steady speed.