What volume of 0-1N HNO -3 solution can be prepared from 6-3 g of HNO -3 -1 litre2 litres0-5 litre5 litres

Question

What volume of 0-1N HNO -3  solution can be prepared from 6-3 g of HNO -3 -1 litre2 litres0-5 litre5 litres

Toppr Admin · Accepted Answer

-xA0-Molecular wt of-xA0-HNO3-63-xA0-xA0-Normality-xA0-xA0-mole of solute-xA0-volume of solvent in L-xA0-0-x22C5-1-6-x22C5-363-xD7-xA0-Volume of solvent-xA0-L-xA0-volume of solvent -1 L

What volume of 0.1N $H N O_{3}$ solution can be prepared from 6.3 g of $H N O_{3}$ ?
1 litre
2 litres
0.5 litre
5 litres

$Molecular wt of {H N O}_{3} = 63$

$Normality = \frac{mole of solute}{volume of solvent in L}$

$0 \cdot 1 = \frac{6 \cdot 3}{63 \times Volume of solvent (L)}$

$volume of solvent =1 L$

What volume of 0.1N HNO3 solution can be prepared from 6.3 g of HNO3?1 litre2 litres0.5 litre5 litres

Molecular wt of HNO3=63 Normality = mole of solute volume of solvent in L 0⋅1=6⋅363× Volume of solvent (L) volume of solvent =1 L

What volume of 0.1N $H N O_{3}$ solution can be prepared from 6.3 g of $H N O_{3}$ ?
1 litre
2 litres
0.5 litre
5 litres

$Molecular wt of {H N O}_{3} = 63$

$Normality = \frac{mole of solute}{volume of solvent in L}$

$0 \cdot 1 = \frac{6 \cdot 3}{63 \times Volume of solvent (L)}$

$volume of solvent =1 L$