It would depend on the situation. Some organisms live at very high temperatures and this would not make any difference. In humans, it would cause the enzyme to denature. It would cook them.
The enzymes would be denatured, that is they would lose their ability to catalyse their specific reactions.
It would depend on the situation. Some organisms live at very high temperatures and this would not make any difference. In humans, it would cause the enzyme to denature. It would cook them.
This high temperature will cause the denaturation of the enzyme, that is, the loss of all of its biological activity. The average of metabolic temperature for an enzyme is around 32 to 37oC.
Water becomes a gas at 100 degrees celsius at sea level. Under normal conditions, it can not get any hotter. When the pressure is increased, however, the temperature at which water boils increases. So gaseous water (steam) at 257 degrees celsius, under pressure, would be considered "superheated steam."
C = 5/9 (F - 32) = 5/9 (92 - 32) = 5/9 (60) = 33 and 1/3 degrees C.
The temperature varies from one liquid to another. Every element has a different freezing point and boiling point. You can calculate both for a molecule by using a formula that takes into consideration the different elements that make up the molecule in comparision to percentage that element is of the total mass of the molecule
Heat (in water) is random molecular motion, so greater heat equals greater disorder, hence more entropy.
A solution is acidic if there is an excess of hydrogen ions over hydroxide ions. In the case of pure water, there are always the same number of hydrogen ions and hydroxide ions. That means that the water remains neutral - even if its pH changes.
when matter is heated to 10,000 degrees celsius it becomes plasma.
The increase of 5 Celsius degrees is a greater increase.Celsius degrees are 1.8 times the size of Fahrenheit degrees.
Human body temp is constantly maintained at 37 degrees so our enzymes have evolved to work best at this 'warm' temperature . We like nearly all other mammals are warm blooded. Plants do not have to keep their temperature constant and generally exist in colder conditions and can tolerate far greater deviations in temperature hence their enzymes tend to work best at lower temperatures.
100 degrees Celsius.
Leaving aside the effects of pressure, yes, the temperatures are the same. But the amount of heat (thermal energy) per gram, is much greater for the steam.
3 degrees Celsius is warmer than 30 degrees Fahrenheit.
Celsius degrees are larger than Fahrenheit degrees.
It would be greater at 48 degrees Fahrenheit.
19
The same.
32 C is hotter.
yes