There is a direct relationship between a glucose molecule and the products it makes during cellular respiration because of the same number of molecules.
<h3>What is cellular respiration?</h3>
Cellular respiration is defined as the process by which oxygen combines with food molecules i.e. glucose changing the chemical energy in these substances into energy molecules along with the production of waste products such as carbon dioxide and water. During cellular respiration, a glucose molecule is broken down into carbon dioxide and water. Some ATP is produced directly in the reactions that change glucose into other forms. Much more ATP is produced in a process known as oxidative phosphorylation. The purpose of cellular respiration is to provide cells with the energy they need to do their function while on the other hand, photosynthesis is a process in which glucose is produced from the combination of reactants such as carbon dioxide and oxygen.
So we can conclude that the products of cellular respiration depend on the glucose molecule.
Learn more about respiration here: brainly.com/question/22673336
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Answer:
The correct answer will be option-E.
Explanation:
Acetylcholine belongs to a group of chemical messengers which also acts as neurotransmitters in the synaptic transmission of the signals.
The acetylcholine is present in the vesicles in the synaptic knob which when released at the neuromuscular junction cause the contraction of the skeletal muscle along with cardiac and smooth muscle.
The mechanism of action is different in different muscles as the neurotransmitter binds to the nicotinic receptors present on the motor endplate and opens ligand-gated sodium channels.
In smooth and cardiac muscle it binds to the muscarinic receptors and cause the release of calcium ions and potassium ions respectively and cause muscle contraction.
Thus, option-E is the correct answer.
Answer:
The kidneys remove waste products called urea from the blood through nephrons. Nephrons are tiny filtering units. There are about one million nephrons in each kidney.
Explanation: