0.5 g of a mixture of `K_2CO_3` and `Li_2CO_3` requires 15 " mL of " 0.25 N Hci for neutralisaion. Calculate the percentage composition of the mixture.

0.5 g of a mixture of K_2CO_3 and Li_2CO_3 requires 30 " mL of " 0.25 N Hci for neutralisaion. Calculate the percentage composition of the mixture.

0.50 g of a mixture of K_(2)CO_(3) and Li_(2)CO_(3) required 30 mL of 0.25 N HCl solution for neutralization. What is % composition of mixure?

2.0 g of mixure of Na_2CO_3 , NaHCO_3 , and NaCl on heating produced 56 " mL of " CO_2 at STP. 1.6g of the same mixture required 25 " mL of " 0.5 M H_2SO_4 for complete neutralisation. Calculate the percentage of each component present in the mixture.

2.0 g of mixure of Na_2CO_3 , NaHCO_3 , and NaCl on heating produced 56 " mL of " CO_2 at STP. 1.6g of the same mixture required 25 " mL of " 0.5 M H_2SO_4 for complete neutralisation. Calculate the percentage of each component present in the mixture.

4.0 g of a mixture of Nacl and Na_(2) CO_(3) was dissolved in water and volume made up to 250 mL . 25 mL of this solution required 50 mL of N//10 HCl for complete neutralisation. Calculate the percentage composition of the original mixture.

4.0 g of a mixture of Nacl and Na_(2) CO_(3) was dissolved in water and volume made up to 250 mL . 25 mL of this solution required 50 mL of N//10 HCl for complete neutralisation. Calculate the percentage composition of the original mixture.