Answer:
The reason is because apes have many human traits. First they look like humans. Second they are very intelligent like humans. Gorillas are smarter than monkeys. Third, monkeys have had tails for millions of years. Apes have evolved to not have tails.
Explanation:
Can I have brainleist, thanks , 5 star and tell me if I am right?
Acrostics have sentences following each beginning letter that coincide with it.
this is how you would do it
D- write sentence relating to DNA replication
N-write your sentence relating to DNA replication
Get creative!
i hope this helped!!
Answer:
Due to breakdown of glucose molecules.
Explanation:
Increased respiration in the plants in warmer climates reduce the amount of sugar in the fruit because in the process of respiration, sugar molecules such as glucose is broken down by mitochondria of the cell in the presence of oxygen for the production energy in the form of ATP. Due to this breakdown of glucose molecules, fruits of warmer regions are less sweeter than fruits of cooler regions.
Maintenance of the circadian rhythm is important because it helps keep the body's functions running normally.
Alteration of the circadian rhythm to a significant degree may lead to mood disorders including mild depression and seasonal affective disorder.
Abrupt shifts in routine such as shift change or travel resulting in jet lag can alter the sleep cycle and also environmental factors such as decrease in number of daylight hours. This can negatively impact the secretion of melatonin which induces us to sleep which will lead to less sleep and thus irritability and mood swings.
<span>Inside the inner membrane of the mitochondria there is a chain of electron carriers. This chain is called the electron transport chain. Electrons from the oxidative reactions in the earlier stages of cell respiration pass along the chain. NADH donates two electrons to the first carrier in the chain. These two electrons pass along the chain and release energy from one carrier to the next. At three locations along the chain, enough energy is released to produce ATP via ATP synthase. ATP synthase is an enzyme that is also found in the inner mitochondrial membrane. FADH2 also donates electrons but at a later stage than NADH. Also, enough energy is released at only two locations along the chain by electrons from FADH2. The ATP production relies on energy release by oxidation and it is therefore called oxidative phosphorylation. </span>