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Activation Energy

Equimolar con...

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Equimolar conc. of H2 and I2 are heated to equilibrium in a 2l flask. At equilibrium the forward and backward rate constants are found to be equal. What percent of initial conc. of H2 has reacted at equilibrium?

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Q. Equimolar concentrations of

H_{2} a n d I_{2}

are heated to equilibrium in a 2litre flask. At equilibrium, the forward and backward rate constants are found to be equal. What percentage of initial concentration of

H_{2}

has reacted at equilibrium?

Q. Equimolar concentration of

H_{2}

I_{2}

are heated equilibrium in a

1

liter flask at equilibrium the forward and backward rate constants are found to be equal what percentage of initial concentration of

H_{2}

has reached at equilibrium

Q. Equimolar concentrations of

H_{2} a n d I_{2}

are heated to equilibrium in a 2litre flask. At equilibrium, the forward and backward rate constants are found to be equal. What percentage of initial concentration of

H_{2}

has reacted at equilibrium?

Q. In the reaction,

H_{2} + I_{2} ⇌ 2 H L

2

0.4

H_{2} & I_{2}

are taken. AT equilibrium

0.5

moles of HI are formed. What will be the value of equilibrium constant,

K_{c}

H_{2}

I_{2}

and three moles of

H I

are injected in a

1

litre flask. What will be the concentration of

H_{2}, I_{2}

H I

at equilibrium at

490^{o} C

? The equilibrium constant for the reaction at

490^{o} C

45.9

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