We apply the relationship;
M1V1 = M2V2 (Where M1= 11.5M, M2= 1.00M, V2 = 405.0mL, V1=?)
V1=M2V2M1V1 = \dfrac{M2V2}{M1}V1=M1M2V2
=1.00Mx405.0mL11.5M=35.217mL=\dfrac{1.00M x 405.0mL}{11.5M} = 35.217mL=11.5M1.00Mx405.0mL=35.217mL
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