Prepare 50ml of 0.3N Ba(OH)2 * 8 H2O
Normality = "\\frac{no.of.equivalent\u00d71000}{volume.of.solution(mL)}"
0.3 = "\\frac{no.of.equivalent\u00d71000}{50}"
no. of equivalent = 0.015
no. of equivalent = no. of moles/ n factor
0.015 = no. of moles / 2
no. of moles = 0.030
( Gram required / molar mass )= 0.030
Gram required = 0.030 × 315.46
Gram required = 9.46 g
9.46 g of Ba(OH)2 is required to prepare 0.3N solution
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