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compare solution a and solution b in each label and drag the label to the appropriate concentration description.
olution A = 0.5mM and Solution B = 100mm
Solution A = 2 mM of n+3 and Solution B = 1 M n+1
Solution A = 3.5mg/dL and Solution B = 3.7mg/dL
Solution A = 0% (w/v) and Solution B = 0% (w/v)
Solution A = 10-3 M and Solution B = 10-5M
Solution A = 12.23% (w/v) and Solution B = 12.3% (w/v)
Substance A is more conentrated than B
Equal concentrations
Substance B is more concentrated than A

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A) Solution B of 100 mM is more concentrated than Solution A of 0.5 mM.

B) Solution B of 3.7mg/dL is more concentrated than Solution A of 3.5mg/dL.

C) Solution A = 0% (w/v) and Solution B = 0% (w/v) equal concentrations.

D) Solution A of 10⁻³ M is more concentrated than Solution A of 10⁻⁵M.

E) Solution B of 12.3% (w/v) is more concentrated than Solution A of 12.23% (w/v)

What is concentration?

In chemistry, concentration can be described as the abundance of components divided by the total volume of a solution. Several kinds of mathematical descriptions can be distinguished: mass concentration, number concentration, molar concentration, and volume concentration.

The concentration is defined as the kind of chemical mixture, but most frequently refers to solutes and solvents in solutions. The molar concentration has variants, such as osmotic concentration and normal concentration.

Molarity, molality, Normality, and weight/ volume percentage are also used to define the concentration of the solution.

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