You feel lighter in water because water is heavier then air and nearly all of you is heavier then air, however when you get into the water parts of you want to float to the surface putting you under the impression that you are lighter.
The water in the pool is much more denser than the air you are constantly exposed to. Because of the fact that it is more dense, it gives more support to your body and basically holds you up.
They are less dense than water. That causes them to float. This makes them feel lighter.
I think you feel lighter as you are higher off the ground and when you are on the moon you feel much lighter than on Earth
Because at night, your body still has food in it from previous meals and you feel fuller. In the morning, your body digested a lot of the food while you were sleeping, so you feel lighter.
I have a salt water pool. My skin does not feel dried out after drying off like in a regular Chlorine pool. I cannot say scientifically it is better but my skin and hair feel better
It feels no different from swimming in any other sea. I swam in it when I was 8 years old. From memory there may be slightly more boyancy but not so that an average child swimmer playing/swimming along the shoreline would notice any difference.
it is because of the bouyant force or upthrust
While his ship is accelerating away from the Earth he will feel heavier as acceleration acts a lot like gravity. Upon decelerating he will begin to feel lighter, a lot lighter, until he is almost weightless.
lighter
Whether you were in a saltwater pool or a fresh water pool you will feel heavier when leaving the water because while in the water you Will be relatively lighter.
sure if you want to be lighter or heviar
this happens to me alot.. its just a cramp
Possibly from the amount of fluid you have taken in whilst swimming. The fluid gives more energy, but if you've drank too much at 1 point, then it's most likely to head down to the bladder soon.
Swimmers feel their weight lighter in a swimming pool because they displace a large volume of water . The water exerts similar amount of buoyant force to that of water displaced by they body of the swimmer and this pressure cancels a certain amount of weight of the swimmer .