Answer
a. - Using the molar mass as a conversion factor, find the mass in g:
$$ 1100 \space g$$
b. $$ 1550 \space g$$
c. $$ 710. \space g$$
Work Step by Step
a. - Using the molar mass as a conversion factor, find the mass in g:
$$ 5.00 \space mole \times \frac{ 219.88 \space g}{1 \space mole} = 1100 \space g$$
b. $$ 5.00 \space mole \times \frac{ 310.18 \space g}{1 \space mole} = 1550 \space g$$
c. $$ 5.00 \space mole \times \frac{ 141.96 \space g}{1 \space mole} = 710. \space g$$
