Answer: The concentration of the diluted solution is 1.566M.
Explanation:
The dilution equation is presented as this: [tex]M_{s} V_{s} =M_{d} V_{d}[/tex].
·M= molarity (labeled as M)
·V= volume (labeled as L)
·s= stock solution (what you started with)
·d= diluted solution (what you have after)
Now that we know what each part of the formula symbolizes, we can plug in our data.
[tex]11.6M*13.5mL=M_{d} *100mL[/tex]
We cannot leave it like this because the volumes must be in Liters, not milliliters. To convert this, we divide the milliliters by 1000.
[tex]13.5mL/1000=0.0135L[/tex] [tex]100mL/1000=0.1L[/tex]
Now that we have the conversions, let's plug them into the equation.
[tex]11.6M*0.0135L=M_{d} *0.1L[/tex]
The only thing that we need to do now is actually solving the answer.
[tex]M_{d} =\frac{11.6M*0.0135L}{0.1L}[/tex] [tex]M_{d} =1.566M[/tex]
From the work shown above, the answer is 1.566M.
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