Since the "normal force" is zero.
(An example of a "normal force" is the upward force exerted by something as a reaction to the weight of an object which is on it.)
A fuller answer:
It's a bit like being in a fast moving elevator (a "lift"), but more extreme. When the elevator goes down, you feel a bit lighter.
Gravity is pulling you down just the same, but it's not pulling you into the falling elevator floor quite so hard.
On a space station you are in "free fall".
You and the spacecraft and everything in it are "falling" at the same rate.
The chair would not push up on you.
That makes you feel "weightless".
(Of course you don't fall to Earth because you also have a "forward velocity"
too and that keeps you in orbit.)
We sense gravity mainly by the fact that chairs, floors, etc resist the down force of our weight and push upwards on us.
(Actually the Earth's gravity is a bit weaker in space. In the International Space station it's about 90% of the Earth's surface gravity. But that's not the
reason you feel weightless.)
Wiki User
∙ 10y agoA revolving chair is a type of chair that has a swivel mechanism at its base, allowing the person sitting in it to easily rotate or spin around. These chairs are commonly used in offices, conference rooms, and home study areas for their flexibility and mobility.
On a real space ship, it is called the Commander's chair.
The first person to create a simple rocket was the Chinese inventor Wan Hu around 2000 years ago. Wan Hu strapped himself to a chair with 47 gunpowder-filled rockets attached to it in an attempt to fly.
The first person to attempt space flight in the 1500s in Chinese legend was Wan Hu. According to the legend, Wan Hu attached 47 attached rockets to a chair and attempted to fly into space. However, the result of his attempt is unknown.
WHEN there a evil twin sits in the evil chair
Satellite Heart
Broked is not a word - She broked the chair she was sitting on. Use broken - She had broken the chair she was sitting on. Or use broke - She broke the chair she was sitting on. Or use breaking - She was breaking the chair she was sitting on.
I am not capable of seeing or perceiving colors, so I do not know the color of the chair I am sitting on.
Because you're not that heavy and you're weightless
Bed is to sleeping Chair is to siting
Two forces: gravity and the support force (according to Newton's law) that opposes it.
The force between a person and the chair they are sitting on in a classroom is the normal force. This force is exerted by the chair in the opposite direction of the force the person exerts on the chair due to gravity, preventing the person from falling through the chair.
When you sit, the weight of your body is distributed between your buttocks and the chair you are sitting on. The amount of weight on each varies depending on your posture and how you distribute your weight while sitting. On average, when sitting, about 60-80% of a person's body weight is typically supported by the chair.
When a person sits, their weight is primarily supported by the chair or surface they are sitting on. The chair provides a reaction force equal and opposite to the force of gravity acting on the person, thus supporting their weight. Additionally, some weight is also supported by the person's muscles and joints to maintain balance and posture while sitting.
Ergonomic chairs conform to a person's posture. Sitting comfortably in your office chair makes for a better work day and more productivity. It often causes backache to be sitting all day and a good chair sometimes gives that relief.
Im not sitting on a chouch im sitting on a chair.
You sit on a chair by sitting on it! It is not hard, unless if you have a difficulty.