Answer:
Explanation:
The spores of some fungi are dispersed in water or on the surface of water. The chemical composition of the wall of these spores makes them "non-wettable" so they won't sink. The spores are carried along on the surface of the water like little boats. Water in the form of raindrops can disperse spores in a different way. While gravity is not a primary means of spore dispersal, evolutionary adaptations have been required of many fungi to overcome gravitational effects for effective spore dispersal. SPORE DISPERSAL BY WIND Dispersal of fungal spores by wind is by far the most common method for terrestrial fungi.
Pocket gophers<span> and </span>their<span> ecological cognates worldwide </span>have<span> profound impacts on </span>ecosystems<span>, from consuming vegetation to altering the soil physically. The rodents excavate vast burrow systems and deposit tailings in abandoned tunnels and on the ground surface.</span>
The palisade cells are the main site of photosynthesis, as they have many more chloroplasts than spongy mesophyll, and also have several adaptations to maximizes photosynthesis efficiency. Large Vacuole restricts chloroplasts to a later near outside of the cell where they can be reached by light more easily.
In eukaryotes, it should be noted that the ATP synthase is located in the inner membrane of mitochondria
<h3>What is ATP synthase?</h3>
The ATP synthase is the mitochondrial enzyme that is localized in the inner membrane, where it catalyzes the synthesis of ATP driven by a flux of protons.
It should be noted that the absence of ADP, the ATP synthase will stop functioning and when this happens, the movement of protons back into the mitochondrion also stops.
The goal of aerobic respiration is simply to derive energy from macromolecules like carbohydrates, proteins, and fats to carry out various energy-requiring processes. Here, the chemical energy is trapped in the form of ATP. It should be noted that aerobic cellular respiration takes place in the cytoplasm and mitochondria.
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Answer:
A. 1650 kcalories per day.
Explanation:
Given:
Energy requirement = 2000 kcalories per day
Number of pounds loss per day = 3 pounds per month
Since 3,500 kcal = 1 lb,
= 10, 500 kcalories per month
Since 30 days = 1 month,
Energy requirement per month = 2000 × 30
= 60,000 kcalories per month
Number of kcalories consumed per month = 60000 - 10500
= 49,500 kcalories ÷ 30 days
= 1650 kcalories per day.
