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Limiting Reagent or Reactant

Assume that t...

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Assume that the initial moles of a reactant are a and it's degree of dissociation is x then no. Of moles dissociated from it will be a-x or a-ax, as x is for 1 Mole reactant?

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a \cdot x

mole of reactants are decomposed out of

^{'} a^{'}

mole taken, the degree of dissociation of reactant is

x

.
If true enter 1, if false enter 0.

n

' mole of a reactant '

A

' gives one mole each of

B

C

in reversible reaction. If degree of dissociation of '

A

' is independent of initial concentration of '

A

n

A_{3} (g) ⇌ 3 A (g)

reaction, the initial concentration of

A_{3}

a

L^{- 1}

x

is degree of dissociation of

A_{3}

. The total number of moles at equilibrium will be:

A_{3} (g) ⇌ 3 A (g)

. In the above reaction. the initial concentration of

A_{3}

a

x

is degree of dissociation of

A_{3}

. The total number of moles at equilibrium will be:

Q. Answer is Yes or No:
(a) The sole proprietor is the exclusive master of his business.
(b) The liability of a sole proprietor is limited.
(c) A sole proprietorship has no legal existence apart from its owner.
(d) Sole proprietorship is the oldest form of business organisation.
(e) It is difficult to set up a sole proprietorship.

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