One kg of saturated steam at 100°C and 1.01325 bar is contained in a rigid walled vessel. It lias a volume of 1.673 m³. It cools to 98°C ; the saturation pressure is 0.943 bar ; one kg of water vapour under these conditions has a volume of 1.789 m³. The latent heat of condensation (kJ/kg⁻¹ ) under these conditions is

Stoichiometry
One kg of saturated steam at 100°C and 1.01325 bar is contained in a rigid walled vessel. It lias a volume of 1.673 m³. It cools to 98°C ; the saturation pressure is 0.943 bar ; one kg of water vapour under these conditions has a volume of 1.789 m³. The latent heat of condensation (kJ/kg⁻¹ ) under these conditions is

40732

2676

540

2263

40732

2676

540

2263

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Stoichiometry
For the gaseous phase reaction, N₂ + O₂ ⇋ 2NO, ΔH = + 80 kJ/kg. mole; the decomposition of NO is favoured by

Increasing the concentration of N₂

Decrease in temperature

Increase in pressure

Decrease in pressure

Increasing the concentration of N₂

Decrease in temperature

Increase in pressure

Decrease in pressure

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Stoichiometry
With rise in temperature, the solubility of ammonia in water at a fixed pressure

Decreases

Increases exponentially

Remains unchanged

Increases

Decreases

Increases exponentially

Remains unchanged

Increases

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Stoichiometry
Heat of neutralisation of a strong acid and strong base is always a constant value, i.e., 57 KJ/Kg mole. This is because

The strong base and strong acid reacts in aqueous solution

The strong base and strong acid reacts completely

Only OH⁻ and H⁺ ions react in every case

The salt formed does not hydrolyse

The strong base and strong acid reacts in aqueous solution

The strong base and strong acid reacts completely

Only OH⁻ and H⁺ ions react in every case

The salt formed does not hydrolyse

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Stoichiometry
The heat of solution depends upon the

Nature of solvent

Nature of solute

All of these

Concentration of solution

Nature of solvent

Nature of solute

All of these

Concentration of solution

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Stoichiometry
Osmotic pressure of a dilute solution of a non volatile solute in a solvent obeying Raoult's law is proportional to the

Volume of solution

Moles of non-volatile solute

Temperature

None of these

Volume of solution

Moles of non-volatile solute

Temperature

None of these

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Stoichiometry

Stoichiometry For the gaseous phase reaction, N₂ + O₂ ⇋ 2NO, ΔH = + 80 kJ/kg. mole; the decomposition of NO is favoured by

Stoichiometry With rise in temperature, the solubility of ammonia in water at a fixed pressure

Stoichiometry Heat of neutralisation of a strong acid and strong base is always a constant value, i.e., 57 KJ/Kg mole. This is because

Stoichiometry The heat of solution depends upon the

Stoichiometry Osmotic pressure of a dilute solution of a non volatile solute in a solvent obeying Raoult's law is proportional to the

Stoichiometry
For the gaseous phase reaction, N₂ + O₂ ⇋ 2NO, ΔH = + 80 kJ/kg. mole; the decomposition of NO is favoured by

Stoichiometry
With rise in temperature, the solubility of ammonia in water at a fixed pressure

Stoichiometry
Heat of neutralisation of a strong acid and strong base is always a constant value, i.e., 57 KJ/Kg mole. This is because

Stoichiometry
The heat of solution depends upon the

Stoichiometry
Osmotic pressure of a dilute solution of a non volatile solute in a solvent obeying Raoult's law is proportional to the