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Vlad [161]
4 years ago
11

A glucose-fed yeast cell is moved from an aerobic environment to an anaerobic one. For the cell to continue to generate ATP at t

he same rate, approximately how much glucose must it consume in the anaerobic environment compared with the aerobic environment?
Biology
1 answer:
valentinak56 [21]4 years ago
6 0

Answer: The glucose consumed should be 19 times.

Explanation:

The cells needs to consume glucose at the rate about 19 times to that of aerobic environment.

This is because the 2 ATP is produced by fermentation and prior to this in the aerobic environment the 38 ATP will be produced by cellular respiration.

To compensate for this 19 times more glucose will be required in order to generate 38 ATP by the process of fertilization.

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Help asap<br> describe one advantage prokaryotes have over eukaryotes
Snezhnost [94]

Explanation:

Prokaryotes are able to undergo mitosis for cell division, which is faster than meiosis in eukaryotes. This ensures the survival of their species.

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4 years ago
In a study published in the journal Nature, scientists studied eight ponds in Florida: four that were populated by a species of
AlexFokin [52]

Answer: the rate of pollination of flower, in a field next to a pond with no fish, will DECREASE.

Explanation:

POLLINATION is defined as the process by which flowering plants, through the aid of external agents such as insects,wind, water and other animals, are able to transfer pollen grains from an anther to a receptive stigma. Insects are the most common pollinators. They visit flowers to obtain nectar and pollen as source of food. Flowers use various features, such as colour and scent, to attract and guide insects to the food source within them. In the process of reaching their source of food, insects bring about pollination.

From the study conducted by scientist in Florida, eight(8) ponds where subjected to the the study. The first four (4) ponds had species of fishes that fed on dragonflies and dragonfly larvae, hence the reason for a decrease in the population of the dragon flies in the area around it. While the remaining four (4) ponds had NO fish and the area around it is populated with dragonflies and dragonfly larvae. This is so because of the absence of fish.

It was then noted that the dragon lies fed of the insect pollinators such as the bees and butterflies. Since these dragonflies and its larvae are abundant in the field which is close to the pond with no fish, they will grossly depend on the insect pollinators as their source of food thereby decreasing the rate of pollination in the field next to the pond with no fish.

7 0
3 years ago
Plz Help Me Will make brainliest if got it right!!!
Rina8888 [55]

Answer:

Sorry if I'm wrong but I think it's B

Explanation:

A population bottleneck or genetic bottleneck is a sharp reduction in the size of a population due to environmental events such as famines, earthquakes, floods, fires, disease, and droughts or human activities such as specicide and human population planning.

6 0
3 years ago
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________ asserts that our genes set the boundaries within which we can operate
Basile [38]

<u><em>Chromosomes</em></u> asserts that our genes set the boundaries within which we can operate

8 0
3 years ago
in lab micr the short tail phenotype is fominant to wild long assuming tail length is controlled by a single locus a likely expl
Ne4ueva [31]

Answer:

The answer is "Option e".

Explanation:

please find the complete question in the attached file.

Its long tail disregards its short tail. Let's assume that even a short neck is a as well as a tail over, which claim, though, the short tails were mixed, shorter, and longer tailed mousses are created. It may also presume that the short mouse parental is always Aa. And we get AA, Aa, Aa, Aa, and Aa situations once their matter and they fall pregnant to both high and short tail mice but we wouldn't get the fat tail mouse unless the tail-mouse were as AA.

we always get two types of lines. It demonstrates there was no uniform AA genera. It is a case of the heterozygous dangerous gene, that can cause a set of identical alleles inside an organism to always be lethal.

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4 years ago
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