A metal oxide is reduced by heating it in a stream of hydrogen. After complete reduction, it is found that 3.15 gm of the oxide has yielded 1.05 gm of the metal. It may be inferred that the

Stoichiometry
A metal oxide is reduced by heating it in a stream of hydrogen. After complete reduction, it is found that 3.15 gm of the oxide has yielded 1.05 gm of the metal. It may be inferred that the

Equivalent weight of the metal is 8

Atomic weight of the metal is 4

Equivalent weight of the metal is 4

Atomic weight of the metal is 2

Equivalent weight of the metal is 8

Atomic weight of the metal is 4

Equivalent weight of the metal is 4

Atomic weight of the metal is 2

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Stoichiometry
The boiling points for pure water and pure toluene are 100°C and 110.6°C respectively. Toluene and water are completely immiscible in each other. A well agitated equimolar mixture of toluene and water are prepared. The temperature at which the above mixture will exert a pressure of one standard atm. is

Less than 100°C

100°C

110.6°C

Between 100 and 110°C

Less than 100°C

100°C

110.6°C

Between 100 and 110°C

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Stoichiometry
Viscosity of 1 centipoise is equal to 1 centis-toke in case of

Mercury

Water

Carbon tetrachloride

None of these

Mercury

Water

Carbon tetrachloride

None of these

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Stoichiometry
Assuming applicability of ideal gas law, the pure component volume of the vapor in a saturated gas can be calculated from theoretical relationship. The volumetric composition of a vapor saturated gas is independent of the

Temperature of the liquid

Total pressure

Nature of the gas

Nature of the liquid

Temperature of the liquid

Total pressure

Nature of the gas

Nature of the liquid

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Stoichiometry
Normality of a solution does not change with the increase in the

Pressure

Dilution of the solution

Temperature

Solute concentration

Pressure

Dilution of the solution

Temperature

Solute concentration

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Stoichiometry
A gas at 0°C is cooled at constant pressure until its volume becomes half the original volume. The temperature of the gas at this state will be

0°K

- 136.5°K

-273°C

-136.5°C

0°K

- 136.5°K

-273°C

-136.5°C

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Stoichiometry

Stoichiometry A metal oxide is reduced by heating it in a stream of hydrogen. After complete reduction, it is found that 3.15 gm of the oxide has yielded 1.05 gm of the metal. It may be inferred that the

Stoichiometry Viscosity of 1 centipoise is equal to 1 centis-toke in case of

Stoichiometry Assuming applicability of ideal gas law, the pure component volume of the vapor in a saturated gas can be calculated from theoretical relationship. The volumetric composition of a vapor saturated gas is independent of the

Stoichiometry Normality of a solution does not change with the increase in the

Stoichiometry A gas at 0°C is cooled at constant pressure until its volume becomes half the original volume. The temperature of the gas at this state will be

Stoichiometry
A metal oxide is reduced by heating it in a stream of hydrogen. After complete reduction, it is found that 3.15 gm of the oxide has yielded 1.05 gm of the metal. It may be inferred that the

Stoichiometry
Viscosity of 1 centipoise is equal to 1 centis-toke in case of

Stoichiometry
Assuming applicability of ideal gas law, the pure component volume of the vapor in a saturated gas can be calculated from theoretical relationship. The volumetric composition of a vapor saturated gas is independent of the

Stoichiometry
Normality of a solution does not change with the increase in the

Stoichiometry
A gas at 0°C is cooled at constant pressure until its volume becomes half the original volume. The temperature of the gas at this state will be