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To convert from units of g/dL to mEq/L, we must first understand what milliequivalents represent. A milliequivalent is a unit of measurement often used for electrolytes and it tells us the chemical activity of the species relative to 1 mg of hydrogen. The formula for converting to mEq/L is as follows:

mEq/L = (mg/L)/molecular weight

We will first convert our g/dL to mg/L:

0.45 g/dL x 10 dL/1L = 4.5 g/L

4.5 g/L x 1000 mg/g = 4500 mg/L

Now we can use the atomic weight of chloride (35.5 g/mol) to solve for the mEq/L:

(4500 mg/L) / (35.5 g/mol) = 127 mEq/L

Therefore, a chloride concentration of 0.45 g/dL in the blood is equal to 127 mEq/L.

The value in milliequivalents per liter 127 mEq/L when michelle's blood was tested, the chloride level was 0.45 g/dl.

Milliequivalent:

A milliequivalent is a unit of measurement often used for electrolytes and it tells us the chemical activity of the species relative to 1 mg of hydrogen.

The formula,

[tex]\rm \bold {mEq/L = \frac{ (mg/L)}{MW} }[/tex]

0.45 g/dL x 10 dL/1L = 4.5 g/L

Put the value,

Given here,

Chloride level =  0.45 g/dl = 4500 mg/L

The atomic weight of chloride (35.5 g/mol) to solve for the mEq/L:

[tex]\rm \bold { mEqL = \frac{ (4500 mg/L)}{35.5 g/mol)} }[/tex]= 127 mEq/L

Hence, we can conclude that the value in milliequivalents per liter 127 mEq/L when michelle's blood was tested, the chloride level was 0.45 g/dl.

To know more about equivalent mass, refer to the link:

https://brainly.com/question/20366679?referrer=searchResults

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