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DochEvi [55]
10 months ago
12

sodium, chloride, and potassium in cells and body fluids are examples of: question 54 options: phytates. electrolytes. condensat

es. solvents
Biology
1 answer:
Troyanec [42]10 months ago
4 0

(b) electrolytes are what sodium, chloride, and potassium in cells and body fluids are examples of.

When dissolved in water or bodily fluids, a substance called an electrolyte separates into ions (particles having electrical charges). The ions sodium, potassium, calcium, chloride, and phosphate are only a few examples.

The many electrolytes include sodium, calcium, potassium, chloride, phosphate, and magnesium. They come from the meals you consume and the liquids you drink.

Your body's electrolyte levels might get too high or too low. When your body's water balance changes, this may occur. The amount of water you consume and lose should be equal. If something throws off this equilibrium, you can be dehydrated or have too much water on your body (overhydration).

Here is another question with an answer similar to this about electrolytes: brainly.com/question/28699046

#SPJ4

Question correction:

Sodium, chloride, and potassium in cells and body fluids are examples of:

a. phytates.

b. electrolytes.

c. condensates.

d. solvents.

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The right answer is 3 nucleotide bases.

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It would be necessary first to align the two sequences side by side so as to be able to compare them, and they should also be in the same direction.

The nucleotides marked in bold are the nucleotides that differ between standard and O. Kisutch.

These nucleotide changes are necessarily due to substitution mutations that exchanged one nucleotide for another in the same location.

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3 years ago
The type of soil that has the least amount of space between the particles is _______.
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6 0
2 years ago
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5 0
3 years ago
In humans, hemophilia is caused by a recessive allele on the X chromosome. Suppose a man with hemophilia has children with a hea
Virty [35]

Answer:

The answer is 50

Explanation:

Hemophilia is a X-linked disease. That means the recesive allele which causes the disease is not in Y chromosome, but only in X chromosome.  If we denote:

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Then, in a woman there are three posibilities:

X⁺X⁻: is a carrier woman (without hemophilia)

X⁺X⁺: healthy woman

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But in a man there are two posibilities:

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A man with hemophilia is X⁻Y, and a healthy woman whose mother had hemophilia is a carrier woman (X⁺X⁻). If they have a child, there are 4 posibilities, and each one has 1/4 of occurrence probability:

X⁻Y  x  X⁺X⁻ = X⁻X⁺, X⁻X⁻, X⁺Y, YX⁻

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In each filial, there is a 50 percent of probability of having a child (man or woman) with hemophilia.

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