Which calculation set-up would be correct to determine the volume of concentrated hydrochloric acid (12.0 m hcl) that is required to make 500.0 milliliters of a 6.0 m hcl?

12.0 m * 0.500 l = 6.0 m * v2

12.0 m * 6.0 m = 0.500 l * v2

12.0 m * v1 = 6.0 m * 0.500 l

6.0 m * v1 = 12.0 m * 0.500 l

(12.0 m + 6.0 m) = 0.500 l * v2

The correct answer is C. The formula for calculating concentration of acid and base is : CAVA = CBVB. Where, CA and VA stand for concentration and volume of acid respectively while CBVB represent concentration and volume of base. 
Using the values given in the above equation, we have:
CA =12.0 M. VA =?. CB = 6.0 M. VB = 0.500 Litre.
Using the acid - base equation, we have:
12.0 M* VA = 6.0 M * 0.500.
Thus, option C is the correct answer.

The net ionic equation is the chemical equation that shows only those elements, compounds, and ions that are directly involved in the chemical reaction. As a general rule, if you balance the molecular equation properly, the net ionic equation will end up being balanced by both mass and charge.

Explanation:

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