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Preparation and Properties and Uses of Potassium Hydroxide

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ntThe degree of dissociation of HI at a particular temperature is 0.8. Find the volume of 1. 5M sodium thiosulphate solution required to react completely with the iodine present at equilibrium in acidic conditions, when 0.135 mol each of H2 and I2 are heated at 440 K in a closed vessel of capacity 2.0 L.n

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Q. The degree of dissociation of

H I

at a particular temperature is

0.8

. Calculate the volume of

2 M N a_{2} S_{2} O_{3}

solution required to neutralise the iodine present in a equilibrium mixture of a reaction when

2

H_{2}

I_{2}

are heated in a closed vessel of

2

litre capacity.

60 m L

H_{2}

42 m L

I_{2}

are heated in a closed vessel. At equilibrium the vessel contains

28 m L

H I

. Calculate degree of dissociation of

H I

Q. A combination of hydrogen and iodine is carried out by heating

60 m L

of hydrogen and

42 m L

of iodine in a closed vessel. At equilibrium

28 m L

of hydroiodic acid is present in the vessel. Calculate the degree of dissociation of

H I

P C l_{5}

are heated at a constant temperature in the closed container.If degree of dissociation for

P C l_{5}

is 0.5 then calculate total number of moles at equilibrium?

Q. HI was heated in a closed tube at

440^{\circ} C

till equilibrium is reached. At this temperature 22%of HI was dissociated. The equilibrium constant for this dissociation is;

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