Close to 100% when it is flooded!
The answer depends on the context: Do you want: frozen water as a percentage of all water on earth? frozen water as a percentage of all matter on earth? frozen water as a percentage of all water in the solar system, or beyond? frozen water as a percentage of all matter in the solar system, or beyond? There are other possible interpretations.
A 1,000 cubic foot tank holds up to 7,480 US gallons of water.
The percentage of pure clean water is only 1% among all kinds.
80% water:)
There are big water bodies where surface phenomenon of evaporation takes place. So, it covers highest percentage.
It would depend on what fruit you are talking about. Like watermelon has more water then something like an apple.
Close to 100% when it is flooded!
Healthy males, obeses males have less water
The component present in the highest percentage would be the solvent or carrier substance used in the product formulation. This is often water or an oil base, depending on the type of product.
The ice sheet that covers 98% of Antarctica holds about 70% of the Earth's store of fresh water.
Humidity is typically highest during the summer months, when warm air holds more moisture. This is due to increased evaporation from bodies of water and higher temperatures leading to more water vapor in the air.
The percentage of water in the human body varies depending on factors such as age, sex, and body composition. On average, adult males have about 60% water content in their bodies, while adult females have around 55%. Babies have the highest percentage of water, typically around 75%.
The number you want are these. Antarctica holds:70% of the earth's fresh water90% of the earth's ice
The ice sheet that covers 98% of the Antarctic continent holds about 70% of the earth's fresh water.
Yes, glaciers contain the largest percentage of fresh water on Earth, with around 69% of the freshwater stored in glaciers. This frozen water is vital for maintaining freshwater availability in rivers and lakes.
In the natural environment, probably in geysers which, because of their pressure, contain superheated steam.