Home
Class 11
CHEMISTRY
When 4.215 g of a metallic carbonate was...

When `4.215 g` of a metallic carbonate was heated in a hard glass tube, the `CO_(2)` evolved was found to measure `1336 mL` at `27^(@)C` and `700 mm` pressure. What is the equivalent weight of the metal?

Promotional Banner

Similar Questions

Explore conceptually related problems

4.215 g of a metallic carbonate was heated in a hard glass tube and the CO_2 evolved was found to measure 1336 mL at 27°C and 700 mm pressure. What is the equivalent weight of the metal?

4.215 g a metallic carbonate was heated in a hard glass tube and CO_2 evolved was found to measure 1336 mL at 27°C and 700 mm pressure. What is the equivalent mass of the metal ?

4.2 g of a metallic carbonate MCO_(3) was heated in a hard glass tube and CO_(2) evolved was found to have 1120 mL of volume at STP . The Ew of the metal is

4.2 g of a metallic carbonate MCO_(3) was heated in a hard glass tube and CO_(2) evolved was found to have 1120 mL of volume at STP . The Ew of the metal is

2.5 g of pure calcium carbonate, when strongly heated left a residue of 1.400 g. The evolved gas was found to occupy 624 mL at 27^@ C and 755 mm pressure. Calculate the molecular weight of the gas.

To dissolve 0.9 g metal, 100 mL of 1 N HCl is used. What is the equivalent weight of metal?

To dissolve 0.9 g metal, 100 mL of 1 N HCl is used. What is the equivalent weight of metal?

1.82 g of a metal requires 32.5 ml of 1 N HCI to dissolve it . What is the equivalent weight of metal ?

1.82 g of a metal requires 32.5 ml of 1 N HCI to dissolve it . What is the equivalent weight of metal ?