Suppose a certain species of insect lives in the lush green canopy of the rain forest. Some of the insects are bright green in color, and some are bright yellow. Assume there is a natural predator of the insect in the area. What do you expect to happen to the populations of the green and the yellow insects over time?

Answers

Answer 1

Answer: You would expect the number of yellow insects in the area to decrease and the number of green insects to increase overtime in this situation. This is because the predator would be more likely to see (and try to eat) the yellow insects than the green insects in a habitat which is "lush and green". Due to this, less yellow insects would be present so there would be slightly more resources, space etc for the remaining green insects to live and breed (taking into account that lots of other animals live in a rainforest too, not just these different coloured members of a single species)

Answer 2

Answer:

Answer:

yellow insects population will decline

Explanation:

In a lush green area , it is easy for green insects to hide themselves. Thus, yellow colored insects can be easily traced by the predator species. This will cause decrease in population of yellow insects with time, while the green insect population will keep on growing. Removal of yellow insects also makes more food available for green insects . Hence without any environmental restriction , the green insects population will flourish well.

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If a scientist wanted to compare the exact number of organisms at each trophic level within a desert ecosystem, which pyramid would he or she use?

List at least 5 environmental problems caused by human populations inhabiting the earth. Propose some possible solutions that might address these problems.

Answers

Answer:

1 - Deforestation

2 - Industrial Fishing (mass fishing; when industries use those big nets to collect a ton of fish. y’know that Finding Nemo scene?

3 - Global Warming

4 - Poaching

5 - Pollution

Explanation:

Deforestation is destructive to our air quality, as well as the homes of wild life. This can and does causes animals to die, and not enough animals for the greater part of the food chain.

Industrial fishing is harmful to entire environments purely by there being a lack of fish for other animals to eat, as well as a large portion of the worlds fish being now absent because of this mass fishing.

Global Warming is caused by harmful gasses being released into our atmosphere, which is harmful for all life on earth when the earth’s temperatures are being raised.

Climate change in general is bad and caused by humans’ negative impact.

Poaching is illegally hunting animals. This leads to [if not already endangered] wild animals being endangered or extinct.

Pollution can go from anything to littering on the street or beach to industries dumping oil into our oceans, which is harmful for our water supply and all ocean wildlife.

Which characteristic best distinguishes glycolysis and the Krebs cycle from the electron transport chain? the amount of ATP produced the location in which they occur whether glucose is broken down whether they occur in plants or animals

Answers

It would be "the amount of ATP produced" that best distinguishes glycolysis and the Krebs cycle from the electron transport chain since this is the basis of energy creation.

A. The mount of ATP produced

If the parent genotypes are Aa and Aa, the offspring are expected to be _____. 1/2 AA and 1/2 aa all Aa 1/4 AA, 1/2 Aa, 1/4 aa 3/4 AA and 1/4 aa

Answers

Punnet squares are your friend with these kinds of questions :)

A | a |
A | AA | Aa |
a | Aa | aa |

Now we can easily see that 1/4 of the offspring will be AA, 1/2 will be Aa, and 1/4 will be aa. Therefore, it is the third answer that's correct (1/4 AA, 1/2 Aa, 1/4 aa). Hope this helps! :)

Answer:

1/4 AA, 1/2 Aa, 1/4 aa

Explanation:

just saved you from reading ^^^^ lol:)

The embryonic stem in a seed is called thea. radicle.
b. hypocotyl.
c. seed coat.
d. endosperm.

Answers

the embryonic stem in a seed is the plumule.

it grows out of the hypocotyl, which that itself grows out of the radical, which is attached to the microphyl, feeds on the cotyledon, is fertilized by the endosperm, and is all protected by a hard seed coat :)

What cells in the stomach function to form enzymes and acids?

Answers

Chief cells produce pepsinogen, while parietal cells secrete hydrochloric acid (HCl) in the stomach for protein digestion.

Chief cells, located in the gastric glands of the stomach, release pepsinogen, an inactive precursor enzyme. Pepsinogen is converted to its active form, pepsin, by the acidic environment in the stomach. Pepsin plays a vital role in breaking down proteins during digestion. Parietal cells, also present in the gastric glands, are responsible for secreting hydrochloric acid (HCl).

This strong acid serves several crucial functions in the stomach. It activates pepsinogen to pepsin, facilitating protein digestion. Additionally, HCl creates the highly acidic environment necessary for pepsin's action and further protein breakdown. Moreover, the acidic conditions in the stomach help sterilize the contents, neutralize harmful microorganisms, and enable the absorption of certain nutrients.

To learn more about digestion follow the link:

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Parietal cells in the stomach function to form enzymes and acids

Organisms undergo many different processes in order to be able to store energy and utilize that energy. through which of the following processes is energy released in the form of atp? correct cellular respiration endocytosis phototropism photosynthesis

Answers

Organisms undergo many different processes in order to be able to store energy and utilize that energy, and through the cellular respiration process, energy is released in the form of ATP, which is present in the first option.

What is ATP formation, and why is it important to the cell?

The cell undergoes many cellular processes to make ATP, such as the glycolysis, in which the glucose is broken down and the products go to the Krebs cycle. The Krebs cycle and the electron transport chain then produce ATP, which is important for the cell because it can break down and release energy for cell transportation, cell division, and other cellular activities.

Hence, organisms undergo many different processes in order to be able to store energy and utilize that energy, and through the cellularrespiration process, energy is released in the form of ATP, which is present in the first option.

Learn more about the ATP and its function here.

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Answer:

Cellular Respiration

Explanation:

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A calorie is a unit of