Wiki User
∙ 14y agowhen your going up you will most likely weigh more.
when you are going down you will most likely weigh less.
a good example (for the going down) is skydiving while in the plane you accelerate to a certain speed and height. then you jump outside of the plane and once you jump from the plane and are in open air with nothing attaching you to the plane you are in free fall you will feel weightlessness. so on a scale that is moving the same speed as you while falling will most likely say you weigh nothing unless something is above you say the ceiling or someone else (or a huge thing everything knows as gravity) doesn't push you so as long as you don't push down on the scale while standing on top of it while the elevator is falling which i say don't do because you have to crouch onto the floor in order to survive. you will not weigh anything.
Wiki User
∙ 14y agoIf the elevator accelerates up, your weight will temporarily increase. Accelerating down will decrease your weight momentarily. At a constant speed, your weight will remain constant. If the cables suddenly snap, you will experience weightlessness as you and the elevator fall freely due to gravity.
When the train suddenly moves forward, the passenger's inertia tends to keep them in place momentarily while the train accelerates. As the train moves forward, the passenger's body tries to stay in its initial position due to inertia, causing them to fall backward relative to the moving train.
If the temperature range suddenly increased, it could lead to more extreme weather events like heatwaves, storms, and droughts. This could have negative impacts on ecosystems, agriculture, and human health. Additionally, it could also accelerate the melting of polar ice caps and contribute to sea level rise.
An example of inertia is when a moving object continues to move at a constant velocity unless acted upon by an external force. This can be observed when a car travelling at a constant speed stops suddenly, causing the passengers to lurch forward due to their inertia.
Time itself is not spontaneous, but events or changes that occur within time can be considered spontaneous. Time is a fundamental dimension that passes at a constant rate, while events can happen suddenly or unpredictably, giving the illusion of spontaneity.
A nova is a star that suddenly increases in brightness.
If my weight decreases while standing on the scale in an elevator, it likely means that the elevator is accelerating downward. This decrease in weight is due to the elevator and myself accelerating at the same rate, creating a sensation of weightlessness.
I assume you mean, the cables that sustain the elevator break.The coin will maintain its relative movement relative to the elevator. For example, if at the moment the elevator disconnects the coin is moving upward at 1 m/s (with respect to the elevator), it will continue going upward at the same speed (once again, with respect to the elevator), until it hits the ceiling. This is because both the elevator and the coin will accelerate downward at the same rate.
What you are feeling when an elevator stops is called deceleration. The elevator doesn't stop right away. If it did, your knees would buckle and you would fall down from the impact, so an elevator slows down like a car does just before it stops. What makes the sensation feel weird is there is no visual indication of this happening, so you may think it has stopped, but it is really just slowing down. When you get on an elevator and the doors close (hopefully), it has zero velocity. When it starts going up, it must accelerate momentarily. During this acceleration period, before the elevator reaches its constant traveling speed, your apparent weight increases. You can feel this force in your legs and feet. If the elevator suddenly stopped, you would keep going.You would continue going in an upward direction (because of your inertia), mainly because you are not buckled in or otherwise attached to the elevator. You would lose contact with the floor. During that unfortunate scenario, you would be momentarily weightless. But with nothing to propel you upward anymore, you would slow down because of the acceleration of gravity. On normally operating elevators, ones designed not to make people sick or terrify them, the deceleration is slight, so you don't lose contact with the floor. You may feel momentarily lighter (in fact, if you were standing on a bathroom scale, it would read lower during the deceleration as you approach your floor), but you would not feel weightless.
We don't feel the Earth rotating, because we're rotating with it. If it stopped or sped up, we would certainly feel it. It's like riding in a car; when the car is going straight on a smooth road at the same speed, we don't feel it; only when we turn or slow down or speed up.
Chris realized that judge fords name was the same as her apartment. 4d for-d
Cowboys loved a colorful phrase! This meant without preparation, suddenly. The image is of you standing flat-footed with surprise.
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one day I was just standing in front of a window the suddenly pellucidity through the window
Gravity maybe?
An unbalanced force caused the car to accelerate suddenly and unpredictably.
When the elevator suddenly stops, your body tends to remain in motion due to inertia (Newton's First Law). As a result, your blood continues moving downward towards your feet until it catches up with your body's new motionless state. This is why you may feel a momentary sensation of blood rushing from your head to your feet.
When the bus suddenly stopped, several standing riders went flying forward. I enjoy flying a kite.