Eukaryotes that are not members of the plant, animal, and fungi kingdoms are called ____.A. microbes

B. protists

C. prokaryotes

D. decomposers

Answers

Answer 1
Answer: Eukaryotes that are not members of the plant, animal, and fungi kingdoms are called B.protists.

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Answer 2
Answer:

B. protists is the correct answer.  I just took the test


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What do changes in pH (too low or too high) do to an enzyme that reduce its activity? Option 1: Increase its activity Option 2: Have no effect on its activity Option 3: Denature and decrease its activity Option 4: Convert it into a different enzyme

Answers

Answer:

3. Denature and decrease its activity

Enzyme activity: pH

Changes in pH can affect the activity of enzymes. Enzymes have an optimal pH which they function most efficiently, and changes from this pH can cause denaturation of the enzyme. An important aspect of molecular biology is that structure means function. Denaturation affects structure of the enzyme and therefore, function. A pH that is too acidic or basic can disrupt the ionic and hydrogen bonds that maintain the 3D structure. This denaturation results in a loss of enzyme activity rather than increase.

What cell parts are found only in plant cells? What are found only in animal cells?

Answers

plant cells
1 cell wall
2 chloroplast
3 vacoule

animal cells
1 mitochondria
2 food vacoule

In the alpha helix, there is hydrogen bonding between the In the alpha helix, there is hydrogen bonding between the blank of one amino acid and the blank of another amino acid blank of the polypeptide chain. of one amino acid and the In the alpha helix, there is hydrogen bonding between the blank of one amino acid and the blank of another amino acid blank of the polypeptide chain. of another amino acid In the alpha helix, there is hydrogen bonding between the blank of one amino acid and the blank of another amino acid blank of the polypeptide chain. of the polypeptide chain.

Answers

Answer:

In the α helix structure, there is a hydrogen bonding between oxygen atom in a carbonyl of one amino acid and the hydrogen atom of the amino group that is situated four residues farther along the polypeptide chain

Explanation:

The common secondary structure of protein are: α helix and β pleated sheet

α helix is a rod like structure.It is a right handed coil of amino acid residue on a polypeptide chain, which may be 4 units or 40 units long. The coil is held together by hydrogen bond between oxygen atom in a carbonyl of one amino acid and the hydrogen atom of the amino group that is situated four residues farther along the polypeptide chain. This means that every complete turn of the helix is only 3.6 residues.

Final answer:

In an alpha helix, hydrogen bonds are formed between the carbonyl oxygen of one amino acid and the hydrogen attached to the nitrogen atom of another amino acid that is four residues away in the same polypeptide chain. This results in the characteristic spiral structure of an alpha helix.

Explanation:

In an alpha helix, a type of secondary structure in proteins, there is a specific pattern of hydrogen bonding that helps maintain its spiral shape. The hydrogen bond is formed between the carbonyl oxygen (C=O) of one amino acid and the hydrogen (H) attached to the nitrogen atom (N-H) of another amino acid that is four residues away in the same polypeptide chain. This repeated pattern of hydrogen bonding results in the characteristic spiral structure of the alpha helix. In terms of polypeptide numbering, if the amino acid at position n in the chain forms a hydrogen bond, then it does so with the amino acid at position n+4. This bonding pattern, along with the characteristics of the specific amino acids involved, contributes to the overall stability and function of the protein.

Learn more about Alpha Helix here:

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how can an increase in the use of burning of fossil fuels can lead to an increase in average global temperature?

Answers

Answer:

burning of fossil fuels produces myriad types of greenhouse gases. usually, green house gas is important to keep the earth's temperature normal without being too cold. unfortunately, increase of fossil fuels burning in recent years have lead to excessive amount of the greenhouse gas in the atmosphere, which causes too much heat from the sun to be trapped in the earth atmosphere.

Which of the following is an abiotic factor in an ecosystem?

Answers

your answer would be sunlight

hope i was helpful. XD


what are the choice answers

If a gas is moved from a large container to a small container but its temperature and number of moles remain the same, what would happen to the pressure of the gas?It would increase.
It would be halved.
It would stay the same.
It would slightly decrease.

Answers

The pressure would increase. This can be explained by the ideal gas law where for an ideal gas its pressure, volume and temperature is a function of each other ans is expressed by an equation: PV = nRT. We first need to assume that this gas given is ideal. When the temperature and the number of moles is set to a constant value while the volume decreases, we can see that from the equation pressure and volume are indirectly proportional to each other, therefore as the volume decreases, the pressure inside increases.

Answer:

It would increase

Explanation:

Was right on edge