What is the freezing point of 'urine'?

Answer 1

Oh, dude, the freezing point of urine is around 32°F or 0°C. So, if you're ever in a situation where you need to know when your pee turns into a pee-sicle, there you go. Just make sure you're not planning any weird experiments with it, okay?

Answer 2

freezing point - 135 degree celsius

boiling point - 150 degree celsius

It depends on the concentration of your solution. The freezing point of 2.0 g of Urea in a 10 mL solution of pure water begins to freeze at -6.7 degrees celsius.

Answer 3

"The freezing point of Human Urine is -120 degrees Celsius"

This seems to be extraordinarily low. The answer must be that it depends on the concentration of urine, which depends on the quantity of salts, urea, and various other organic substances present. With human urine, that depends mainly on fluid intake, and next the diet. Urine from vegetarians is somewhat different to that from carnivores. Other factors will also cause variation in the composition , such as if the source led a sedentary or an active lifestyle. Age and sex also affect the composition of urine, as do metabolic and genetic factors.

The volume of fluid drunk naturally affects the concentration of urine, as does the nature of the fluid - alcohol or coffee, for example.

Finally, the age of the urine will affect the chemical composition. Rancid urine has much more free ammonia, and ammonium salts, and a lot less urea than a fresh sample.

Answer 4

Ethylen glycol(HOCH2CH2OH) is used as an antifreeze in car radiators. If 5.0kg of 95% HOCH2CH2OH is added to 10kg of water, What is the freezing point of the solution? Kf of H2O = 1.86 ℃/mol (at 1 atm) ; Gram mol wt of HOCH2CH2OH = 62.1 g/mol ; pressure = 1 atm Show your all calculations

Answer 5

The freezing point of urine is around -1.0 to -2.5 degrees Celsius, but this can vary depending on factors such as the person's hydration level and diet.

Answer 6

Urea melt at approx. 135 0C; after this temperature urea is thermally decomposed.

Answer 7

Urea lowers the freezing point. 2.0 g of Urea in 10 mL of Pure Water lowers freezing point from 0 to -6.2 degrees celcius.

Answer 8

The boiling point of a dilute solutions depends on solvent's boiling point and concentration of (not the kind of) dissolved particals (ions, molecules). What the solvent is, wasn't mentioned.

Answer 9

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Answer 10

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