The answer to this may come from a science concept called a "frame of reference" in our physics class. The best examples are people riding in vehicles. We don't notice that we're sailing along at freeway speeds because our frame of reference is the car. We're moving at the same speed it is. The earth is rotating, but so is everything else on the surface - including us. We don't notice it because everything around us is moving at the same speed. We are all in the same frame of reference.
Actually we do. We can feel any acceleration that applied to us - consider being a passenger in a car that is performing a tight circular path. The outward thrust you feel is acceleration (or a lack of it if your a real physical purist).
On earth you feel both an acceleration due to gravity and an acceleration due to the rotation of the earth. (These two forces oppose each other with gravity being the winner) You don't consider yourself feeling either because their effect is constant and you're 'use to it'. If there is any variation in either of these then you definitely feel them - consider what happens on a roller coaster.
A dizzy devotee.
The concept of getting dizzy is based on liquid that is somewhere inside your head near both of you ears. When you spin around and around, that liquid keeps swiahing around too. When you stop, the liquid is still spinning, so you still feel like your spinning. That's how you get dizzy. So yes obviously now you can get dizzy in space.
Vertigo, which is the sensation of spinning or feeling off balance, is typically responsible for a dizzy feeling. It is often caused by issues in the inner ear or problems with the brain's balance centers.
To understand why, you must understand the human vestibular system, this is a small structure in your inner ear that helps you to maintain balance. The vestibular system is composed of three semi-circular canals. The semicircular canals are interconnected tubes located inside each ear. The purpose of the canals are to tell your brain if your head is turning or rotating from rest. It is able to do this since the canals are filled with a fluid called endolymph and contains a motion sensor with little hairs (cilia) whose ends are embedded in a gelatinous structure called the cupula. As the skull twists in any direction, the endolymph is thrown into different sections of the canals, due to the resting inertia of the endolymph. The cilia detect when the endolymph rushes past, and a signal is then sent to the brain. The spinning dizzy feeling you get from spinning horizontally involves the horizontal canal, and it is aligned roughly horizontally in the head. The horizontal canal detects horizontal head movements (such as when doing a pirouette). When you being to spin, the endolymph rushes past and you are told your head is turning. However, when you spin for an extended period of time at a constant rotational velocity, the endolymph has time to equilibriate in the semicircular canal and hence no longer pushes against the cilia, causing your brain to think your head has stopped spinning. The instant you stop, the endolymph, normally travelling in a circle in the semicircular canal but because you were spinning as well, was unable to detect the spin, rushes in the opposing direction as inertia from the initially moving endolymph is forced to a stop. This triggers the cilia and causes your brain to suddenly start thinking your head is spinning in the opposing direction despite the fact it is not.
Dizzy- possibly nauseated and bruised from falling over.
You get dizzy by spinning around too much.
Yes, cats can get dizzy from spinning around due to the rapid movement affecting their balance and inner ear.
The verbal "spinning" in the sentence is a present participle because it is describing the action of "spinning" that causes people to become dizzy. Gerunds, on the other hand, function as nouns in a sentence.
Yes, cats can get dizzy from spinning around quickly due to the fluid in their inner ear being disrupted, which affects their balance.
There are many reasons why adults become dizzy and sick more quickly when spinning around than children. Adults are higher from the ground for example.
Nothing more than making them dizzy. (which is fun in my opinion)
The relation between dizziness and spinning is simply engaging to spinning will lead an individual to feel dizzy, more particularly if the spinning is fast. As you spin the senses are sending wrong signals through your brain and that is why a person will feel dizzy through spinning.
Yes, animals can get dizzy from spinning just like humans can. When an animal spins rapidly, it can disrupt the balance in their inner ear, causing dizziness and disorientation.
A dizzy devotee.
you might be dizzy
there is a fluid in your inner ear that has to do with balance, so when you stop, the fluid keeps spinning around, and your brain gets confused and you stumble and fall.
If I drink too much wine I feel dizzy. Spinning in circles will make you dizzy. I get so dizzy, I see stars!