Heat will increase the rate of any chemical reaction. This is because a chemical reaction require three things: The molecules to collide, collide with enough energy, and collide in the correct orientation. With increased heat you increase the number of collision and the energy with which molecules collide. For non-organic enzymatic reactions(ex platinum catalyzes several hydrogen reaction) heat will speed up the reaction. For organic reactions heat will only increase the rate up to a point. If the temperature gets too hot it begins to denature the enzyme and the enzyme will no longer work.
temperature
1. Temperature. 2. P.H level. 3. Enzyme concentration
Enzymes generally work within a given temperature range. As the temperature is increased the activity will increase. However if the optimum temperature is surpassed, the enzymes will stop working.
Temperature.Ph Levels.Specificity.Concentration of enzymes and substrate.Cofactors/co enzymes.Inhibitors.
Not by temperature variations at Earth's surface, no. However, temperature variations in Earth's mantle play a role in plate tectonics, and so can affect earthquake activity.
yes it does
temperature
Temperature, pH, salt concentration
Temperatures affect speed of metabolism, enzyme activity, and the blood's ability to carry oxygen.
temperature affects the activity of all chemicals, A car battery (with acid) can on really cold days not produce enough energy to start a car.
no. climate and seismic activity have no connection whatsoever
1. Temperature. 2. P.H level. 3. Enzyme concentration
Freezing temperature make ice of the water in bacteria and completely stop there metabolic activity. Enzymes do not work at freezing temperature as they have no scope for movement in solid ice. So there activity halted.
Enzymes generally work within a given temperature range. As the temperature is increased the activity will increase. However if the optimum temperature is surpassed, the enzymes will stop working.
Ph level, enzyme concentration, substrate concentration etc
pH Temperature Substrate Concentration non-ideal conditions will ultimately lead to the denaturing of the enzyme
Temperature.Ph Levels.Specificity.Concentration of enzymes and substrate.Cofactors/co enzymes.Inhibitors.