Air temperature: When temperatures (and the humidity) soar, the heart pumps a little more blood, so your pulse rate may increase, but usually no more than five to 10 beats a minute.<span>Body position: Resting, sitting or standing, your pulse is usually the same. Sometimes as you stand for the first 15 to 20 seconds, your pulse may go up a little bit, but after a couple of minutes it should settle down. Emotions: If you’re stressed, anxious or “extraordinarily happy or sad” your emotions can raise your pulse. </span><span>Body size: Body size usually doesn’t change pulse. If you’re very obese, you might see a higher resting pulse than normal, but usually not more than 100. </span><span>Medication use: Meds that block your adrenaline (beta blockers) tend to slow your pulse, while too much thyroid medication or too high of a dosage will raise it.
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Answer;
-ATP; Nuceotide.
ATP is the main source of chemical energy that drives all cellular work and belongs to the class of organic molecules known as Nucleotide.
Explanation;
-ATP, adenosine triphosphate, is a high energy molecule, powers (drives) nearly all forms of cellular work. Hydrolysis of ATP releases energy by transferring its third phosphate from ATP to some other molecule in a process called phosphorylation.
-ATP is a nucleic acid. Specifically it is a nucleotide. ATP is one of four nucleic acid bases that forms the polymer RNA. In metabolism, ATP is a form of stored chemical energy.
-ATP consists of the adenine nucleotide (ribose sugar, adenine base, and phosphate group, PO4-2) plus two other phosphate groups. Energy is stored in the covalent bonds between phosphates, with the greatest amount of energy in the bond between the second and third phosphate groups.
It would be on the sea floor. The Mariana Trench is the deepest natural landform on earth
The answer is 2/3, the average adult human body is composed of 60% water.
If oxygen is available, the products of glycolysis are used in cellular respiration. Glycolysis alone produces a small amount of ATP. But other products of glycolysis are used later in cellular respiration to make lots of ATP. These other products are NADH, which carries energy, and pyruvate.