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Standard X

Chemistry

Oxidation and Reduction

The resistanc...

Question

The resistance of 1 N solution of acetic acid is 250 ohm, when measured in a cell of cell constant 1.15 $c m^{- 1}$ . The equivalent conductance (in $o h m^{- 1} c m^{2} e q^{- 1}$ ) of 1 N acetic acid is:

4.6

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9.2

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18.4

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0.023

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Solution

The correct option is A $4.6$
As we know,
K $= \frac{1}{R} \times G * = G \times G * = \frac{1}{250} \times 1.15 = 0.0046 S C m^{- 1}$

Now,
$Λ_{e q} = \frac{k \times 1000}{N} = \frac{0.0046 \times 1000}{1} = 4.6 o h m^{- 1} c m^{2} e q^{- 1}$

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Similar questions

The resistance of $1 N$ solution of acetic acid is $250 o h m .$ when measured in a cell of cell constant $1.15$ $c m^{- 1}$ . The equivalent conductance of $1 N$ acetic acid (in $o h m^{- 1}$ $c m^{2}$ $e q v^{- 1}$ ) is:

Q. The resistance of

1 N

solution of acetic acid is

250 o h m

, when measured in a cell having a cell constant of

1.15 {c m}^{- 1}

. The equivalent conductance (in

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1 N

acetic acid is:

Q. The resistance of 1N solution of acetic acid is 250Ω when measured in a cell having a cell constant of 1.15

c m^{- 1}

. The equivalent conduction (in

o h m^{- 1} c m^{2} e q u i v^{- 1}

) of 1N acetic acid is

Q. The resistance of

1 N

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250 Ω

, when measured in a cell having a cell constant of

1.15 {c m}^{- 1}

. The equivalent conductance (in

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) of

1 N

acetic acid is:

Q. The resistance of

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The resistance of 1 N solution of acetic acid is 250 ohm, when measured in a cell of cell constant 1.15 cm−1. The equivalent conductance (in ohm−1cm2eq−1) of 1 N acetic acid is:

The correct option is A 4.6As we know,K =1R×G∗=G×G∗=1250×1.15=0.0046SCm−1Now,Λeq=k×1000N=0.0046×10001=4.6ohm−1cm2eq−1

The resistance of 1 N solution of acetic acid is 250 ohm, when measured in a cell of cell constant 1.15 $c m^{- 1}$ . The equivalent conductance (in $o h m^{- 1} c m^{2} e q^{- 1}$ ) of 1 N acetic acid is:

The correct option is A $4.6$
As we know,
K $= \frac{1}{R} \times G * = G \times G * = \frac{1}{250} \times 1.15 = 0.0046 S C m^{- 1}$

Now,
$Λ_{e q} = \frac{k \times 1000}{N} = \frac{0.0046 \times 1000}{1} = 4.6 o h m^{- 1} c m^{2} e q^{- 1}$