because if you pick up a limp but living person, there is flexibility to their body an awake person would also shift or help in the lifting - doing part of the work, or making it easy to lift them but a dead person doesn't do they, they are just there possibily the repulision we have for dead things also making us not want to touch, and so percieve the body differently than a live one a pound of feathers and a pound of rocks would weight the same but woudl feel different to our minds to pick up
The weight of the jumper is heavier due to water
Neither will feel heavier since they both have the same weight - 1 kg.
lighter
It is a myth that heavier weight people feel hotter than thinner people. In fact, the more weight, the more a person feels cold even in the sun, warm water, etc. Heavier people need more energy to generate body heat and if blood circulation is also impaired, they will often feel cooler than expected.
When you are in a lift that is moving upwards, you feel heavier due to the acceleration force pushing you against the floor of the lift. This force increases your apparent weight and gives the sensation of being heavier.
No, a fly flying inside an airplane would not add significantly to its weight. The weight of the fly is negligible compared to the total weight of the airplane.
According to one theory, all people can feel it they just ignore it.
This is an opinion question so it will be different for everyone.
They may gain weight or feel sick.
you don't feel when you are dead
When the elevator accelerates upward, your body experiences a force in that direction. This force adds to your weight, giving the sensation of feeling heavier. It is similar to the feeling you get when you are in a car that accelerates quickly - you are pushed back into your seat.
When you weigh yourself in water, some of your body's weight is supported by the buoyant force of the water, making you feel lighter. In air, there is no buoyant force to counteract your weight, so you feel heavier. This difference in perceived weight is due to the density and buoyancy of the medium in which you are weighing yourself.