## Question

### Solution

Correct option is

2.16 g

Unlike other metal carbonates that usually decomposes into metal oxides liberating carbon dioxide, silver carbonate on heating decomposes into elemental silver liberating mixture of carbon dioxide and oxygen gas as

MW = 276g               2 × 108 = 216 g

Hence, 2.76 g of Ag2CO3 on heating will give

#### SIMILAR QUESTIONS

Q1

An unknown element forms an oxide. What will be the equivalent weight of the element if the oxygen content is 20% by weight?

Q2

A metal M of equivalent mass E forms an oxide of molecular formulaMxOy. The atomic mass of the metal is given by the correct equation

Q3

Which of the following methods of expressing concentration are independent of temperature?

Q4

Pressure is determined as force per unit area of the surface. The S.I unit of pressure, pascal, is as shown below:

1Pa = 1 Nm–2

If mass of air at sea level is 1034g cm-2, calculate the pressure in pascal.

Q5

Determine the molecular formula of an oxide of iron in which the mass percent of iron and oxygen are 69.9 and 30.1 respectively. Given that the molar mass of the oxide is  (Atomic mass: Fe = 55.85, O = 16.00 amu)

Q6

A gaseous mixture contains oxygen and nitrogen in the ratio of 1:4 by weight. Therefore, the ratio of their number of molecules is

Q7

The total number of electrons in one molecule of carbon dioxide is

Q8

The largest number of molecules is in

Q9

When the same amount of zinc is treated separately with excess ofsulphuric acid and excess of sodium hydroxide, the ratio of volumes of hydrogen evolved is

Q10

If 0.50 mole of BaCl2 is mixed with 0.20 mole of Na3PO4, the maximum number of moles of Ba(PO4)2 that can be formed is