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

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

110.6°C

Between 100 and 110°C

Less than 100°C

100°C

110.6°C

Between 100 and 110°C

Less than 100°C

100°C

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Stoichiometry
The density of a gas at N.T.P.is 'ρ'. Keeping the pressure constant (i.e. 760 mm Hg), the 3 density of the gas will become ¾ 0.75ρ at a temperature of __________ °K

273°

400°

300°

273°

400°

300°

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Stoichiometry
1 kg/cm² is equal to

1 metre of water column

1KPa

10 metres of water column

760 torr

1 metre of water column

1KPa

10 metres of water column

760 torr

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Stoichiometry
Heat of reaction is not influenced by

The physical state (e.g., solid, liquid or gaseous) of reactants and products

None of these

Whether the reaction is carried out at constant temperature or constant pressure

The route/method through which final products are obtained

The physical state (e.g., solid, liquid or gaseous) of reactants and products

None of these

Whether the reaction is carried out at constant temperature or constant pressure

The route/method through which final products are obtained

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Stoichiometry
The temperature at which a real gas obeys Boyle's law is termed as the

Eutectic point

Boyle's temperature

Inversion temperature

Triple point

Eutectic point

Boyle's temperature

Inversion temperature

Triple point

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Stoichiometry
The combustion equations of carbon and carbon monoxide are as follows: C + O₂ = CO₂, ΔH = - 394 kJ/kg . mole CO + 1/2 O₂ = CO₂, ΔH = - 284.5 kJ/kg. mole. The heat of formation of CO is __________ kJ/kg. mole.

+100

+180

+109.5

-109.5

+100

+180

+109.5

-109.5

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Stoichiometry

Stoichiometry The density of a gas at N.T.P.is 'ρ'. Keeping the pressure constant (i.e. 760 mm Hg), the 3 density of the gas will become ¾ 0.75ρ at a temperature of __________ °K

Stoichiometry 1 kg/cm² is equal to

Stoichiometry Heat of reaction is not influenced by

Stoichiometry The temperature at which a real gas obeys Boyle's law is termed as the

Stoichiometry The combustion equations of carbon and carbon monoxide are as follows: C + O₂ = CO₂, ΔH = - 394 kJ/kg . mole CO + 1/2 O₂ = CO₂, ΔH = - 284.5 kJ/kg. mole. The heat of formation of CO is __________ kJ/kg. mole.

Stoichiometry
The density of a gas at N.T.P.is 'ρ'. Keeping the pressure constant (i.e. 760 mm Hg), the 3 density of the gas will become ¾ 0.75ρ at a temperature of __________ °K

Stoichiometry
1 kg/cm² is equal to

Stoichiometry
Heat of reaction is not influenced by

Stoichiometry
The temperature at which a real gas obeys Boyle's law is termed as the

Stoichiometry
The combustion equations of carbon and carbon monoxide are as follows: C + O₂ = CO₂, ΔH = - 394 kJ/kg . mole CO + 1/2 O₂ = CO₂, ΔH = - 284.5 kJ/kg. mole. The heat of formation of CO is __________ kJ/kg. mole.