Answer;
- Hydrogen peroxide
Explanation;
-Enzyme catalase is a protein enzyme present in most aerobic cells in animal tissues. Catalase is present in all body organs being especially concentrated in the liver & erythrocytes. The brain, heart, skeletal muscle contains only low amounts.
The substrate for the enzyme catalase is hydrogen peroxide. It catalyzes the decomposition of hydrogen peroxide to water and oxygen.
2H2O2 = 2H2O + O2
The prophase of mitosis consists of the condensation of the chromatin that is present in the cell. This chromatin condenses in order to ready itself for replication, and forms structures called chromosomes. Each chromosome consists of two chromatids.
Therefore, if there are 5 chromosomal pairs, there are 10 chromosomes. Each chromosome has two chromatids, which means that there are 20 chromatids.
Answer:
Three types of population distribution:
Clumped.
Random.
Uniform.
Explanation:
1. Clumped:
This is the most common pattern of population dispersion.
organisms are clustered together in a group.
This may reflect the patchy distribution of resources in the environment.
2. Random:
This is a typical distribution where individuals do not interact strongly.
The organism has unpredictable distribution.
3. Uniform:
This is the typical environment where individuals compete with each other for scarce resources like water in the desert.
organisms are evenly spaced over the area they occupied.
This was previously answered by "Anshults", https://brainly.in/profile/Anshults-4402044
So all credit to them :)
Brain chemical<span>sterase </span>is an enzyme that help produce<span>s </span>the breakdown of the brain chemicalbrain chemical<span>. </span>Which of the following explains why
brain chemical <span>sterase </span>cannot be used to help produce the breakdown of other brain chemicals,like nor epinephrine<span>? </span>A<span>. </span>It would require a level of (stimulation of action/making active and effective) energy too high for brain chemical<span>sterase </span>to react with other brain chemical<span>s. </span>B.Binding with an alternate brain chemical would stop the reaction of the enzyme with brain chemical<span>.
the answer is..............
letter A
hope this helps!!!!!
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I believe it would be D but I'm not really that sure my strongest opinion is on D.
