You have to start with the fact that the human body is about 60% water.
Also the fact that 1 liter of water weighs 1 kilogram.
If weight is W, then (60%)W = 40 kg
Change percentage to decimal:
(0.6)W = 40
Solve for W:
W = 40/(0.6) = 66.7 kg (about 147 pounds)
you would weigh 200 lbs. in water as you would on land. Your body just moved the water out of the way, which explains displacement. Buoyancy is what makes you seem lighter though. Because you weigh more than the water that you displaced and because the the water that you moved has a weight too, your body would be forced up after moving the water out of the way. So it's not that you weigh less in the water if someone picks you up, they just have more help when lifting you.
Someone doing manual labour in a dry hot climate will require more than someone taking it easy in a cold and damp environment. So the daily water requirement varies according to activity and environment. It would, therefore, be nonsensical to measure it to that level of accuracy.
the ice bucket challenge is a challenge that requires a bucket full of ice cold water and dumping all of the water inside of the bucket on to you or someone else's body. this is used for a charity
the percentage of a kids body is usually 70%
80% water:)
Assuming an average adult has about 42 liters of body water, losing 4 liters would represent about 9.5% of their total body water.
No it is not
a lot of liters.
2.4 rounding to the nearest tenth... 2.0 liters.
you would weigh 200 lbs. in water as you would on land. Your body just moved the water out of the way, which explains displacement. Buoyancy is what makes you seem lighter though. Because you weigh more than the water that you displaced and because the the water that you moved has a weight too, your body would be forced up after moving the water out of the way. So it's not that you weigh less in the water if someone picks you up, they just have more help when lifting you.
9200 lt
2 liters
No, body fat does not weigh more than water. Both body fat and water have different densities, with fat being less dense than water. This means that for the same volume, water would weigh more than fat.
37 litres of water in each person
Around 3 to 4 liters of water daily, it is equal to 9 to 10glass of water. It gives daliy to purify the hemoglobin and reproduce te new enzymes. By Dr. ARUL
A body of water that contains 800,000 liters of water could be a large pond, a small lake, or a medium-sized swimming pool. The exact size and depth would vary based on the specific dimensions of the water body.
5 liters per day