The rate of any reaction depends on the active masses of the reactants, the pH and the temperature. This applies to the biological reactions involving enzymes like cellular respiration
The enzymes in general get more and more active as the temperature increases. This would be true till the temperature reaches up to 45 degree Celsius (in general for humans). Above which some enzymes denature and their activity completely drops off. This temperature is variable and is dependent on the enzyme. (A few enzymes are active even at high temperatures). But at 65 degree Celsius most of the intracellular enzymes are denatured.
So as the temperature increases, the cellular respiration increases up to a certain point and then there is a sharp decline so at or after 65 degree Celsius cellular respiration is virtually impossible.
There are no cells in the sky.
im not sure if this is correct. prey and predator
no,cell reapiration is not possible at such a high temperature because 1) at such high temperature the cell get damaged and they start to die. 2) at such high temperatures the become fuctionless.
The number of chromosomes in sperm cells varies among organisms. Without knowing the specific organism mentioned above, it is not possible to determine the exact number of chromosomes in its sperm cells.
In order to be fossilized, an organism must be suitable for the process. Bones and teeth are perfect for fossilization and the organism must be buried quickly to be preserved. The soil must be low in acidity and have high concentrations of minerals.
which organism is above herbivore
Ice begins to melt at Zero degrees...
at normal temperature above zero degree centigrade
Well think of it like this. If the freezing point of a liquid is 0 degrees celcius/centigrade. Then the melting point would be really anything above that. I would say around 2-7 degrees celcius/centigrade to be exact however it should theoretically be anything above 0 degrees celcius/centigrade.
Yes, like most substances - above 4 degrees centigrade. From 0 to 4 degrees centigrade, the volume of water will actually decrease while the temperature increases.
69 Fahrenheit is warmer, 1 centigrade is only 1 degree above freezing
By cooling it below 4 degrees centigrade whereupon its density will decrease. By heating it above 4 degrees centigrade whereupon its density will decrease. Water is at its densest at about 4 degrees centigrade.
C/5=(F-32)/9 Where, F=Degrees Fahrenheit, C=Degrees Centigrade So, if F=82 in the above formula, I am certain you can calculate C. Good Luck
Kelvin is a temperature scale, like Fahrenheit or Centigrade. It is generally used in scientific contexts. One degree Kelvin is equal to one degree Centigrade. In order to find the temperature in Kelvin, I have provided the following equations. If you have a temperature in Fahrenheit and want to know it in Kelvin, it is easiest to convert to Centigrade first. (Fahrenheit Temperature - 32) X (5/9) = (Centigrade Temperature) If you have a Centigrade temperature and want to know it in Kelvin, you can convert it directly to Kelvin. (Centigrade Temperature + 273) = (Kelvin Temperature) The reason for the 273 is that scientists wanted the Kelvin scale to begin at Absolute Zero. Thus, Absolute Zero is 0 K and -273 degrees Centigrade. Since, as I stated above, one degree Centigrade is equal to one degree Kelvin, this equation works. If you want to convert back from Kelvin, the following equations may be used. (Kelvin Temperature -273) = (Centigrade Temperature) And if you're asked to report the temperature in Fahrenheit, use (Centigrade Temperature X (9/5)) +32 = (Fahrenheit Temperature) It should be noted that you do not include a degree symbol when you report a Kelvin temperature.
There are no cells in the sky.
binary compound that occurs at room temperature as a clear colorless odorless tasteless liquid; freezes into ice below 0 degrees centigrade and boils above 100 degrees centigrade; widely used as a solvent
It depends on the surroundings of what? Which 0 degrees - Fahrenheit, centigrade (Celsius) or Kelvin. There is nothing in the universe at or below 0 deg kelvin. Unless there is other intelligent life out there somewhere the coldest temperatures any where in the universe have been created here on earth. Above 0 degrees Fahrenheit salt water melts. Above 0 degrees centigrade (Celsius) pure water melts.