Find the milli-equivalent of:
(a) `Ca(OH)_(2)` in `111 g`,
(b) `NaOH` in `30 g`,
(c ) `H_(2)SO_(4)` in `4.9 g`.

Find the milli equivalent of a. Ca(OH)_(2) "in" 74 g b. NaOH "in" 20 g

Find the milli equivalent of a. Ca(OH)_(2) "in" 74 g b. NaOH "in" 20 g c. H_(2) SO_(4) "in" 2.45 g

Find the milli equivalent of a. Ca(OH)_(2) "in" 74 g b. NaOH "in" 20 g c. H_(2) SO_(4) "in" 2.45 g

Find the normality of H_(2) SO_(4) having 50 milli equivalents in 2 litres.

Find the normality of H_(2) SO_(4) having 50 milli equivalents in 2 litres.

Find the normality of H_(2) SO_(4) having 50 milli equivalents in 2 litres.

Calculate equivalent weight of H_(3)PO_(4) and Ca(OH)_(2) on the basis of given reaction. H_(3)PO_(4)+ NaOH to NaH_(2)PO_(4)+ H_(2)O Ca(OH)_(2)+ HCL to Ca(OH)CL+ H_(2)O

Calculate equivalent weight of H_(3)PO_(4) and Ca(OH)_(2) on the basis of given reaction. H_(3)PO_(4)+ NaOH to NaH_(2)PO_(4)+ H_(2)O Ca(OH)_(2)+ HCL to Ca(OH)CL+ H_(2)O

Fil in the blanks a. The mass of 1 molecule of water (H_(2) O) is ……… b. The number of molecules in 16 g of sulphur dioxide (SO_(2)) are ………. c. The weight of one mole of sodium carbonate (Na_(2) CO_(3)) is…………….. d. Moles and g equivalent in 196 g of Ca (OH)_(2) are ...... and ....... e. Moles and g equivalent in 196 g of H_(3) PO_(4) are ............. and ............ f. g atoms in 62 g of P_(4) are ....... f. g atoms in 24 g of magnesium are...........