Chemistry, asked by 18study, 10 months ago

56. If the molecules of so2 effuses with a speed of 150cm in certain period of time, in
travelled by the molecules of CH4, effusing in the same time is
1) 300 cm
2 600 cm
3) 37.5 cm
4 75 cm​

Answers

Answered by chemisst
10

Answer:

1) 300 cm

Explanation:

According to Graham’s law of effusion the rate of effusion of gasses is inversely proportional to the square root ratios of their molar masses.

formula

for 1 gas

     Rate of effusion ∝ 1 / √M

For 2 gasses A and B

     (Rate of effusion of A / Rate of effusion of B) =   (√Mᵇ / √Mᵃ)

given data

     Rate of effusion of SO₂ (B) = 150 cm

     Rate of effusion of CH₄ (A) = ?

As we know that

   molar mass of CH₄ (A) = 16.04 g/mol

   molar mass of SO₂ (B) = 64.006 g/mol

Put the values

   (Rate of effusion of CH₄ / 150 cm) =   (√64.006 / √16.04)

   (Rate of effusion of CH₄ / 150 cm) =   (8.004 / 4.004)

   (Rate of effusion of CH₄ / 150 cm) =   2

   Rate of effusion of CH₄  =   2 × 150 cm

   Rate of effusion of CH₄  =   300 cm

Answered by zumba12
3

Given:

Rate of effusion of SO_2 = 150 cm

To find:

Rate of effusion of CH_4 = ?

Formula to be used:

(Rate of effusion of A / Rate of effusion of B) = (\sqrt{M_B} /\sqrt{M_A}

where 'M' is molar mass

Molar mass of CH_4 and SO_2 are 16.04 g/mol and 64.006 g/mol respectively.

Calculation:

Let gas A be CH_4 and gas B be SO_2

(Rate of effusion of A / Rate of effusion of B) = ([tex]\sqrt{M_B} /\sqrt{M_A}

(Rate of effusion of CH_4 / 150 cm) = (\sqrt{64.006} /\sqrt{16.04} )

(Rate of effusion of CH_4 / 150 cm) = (8.004/4.004)

(Rate of effusion of CH_4 / 150 cm) = 2

Rate of effusion of CH_4  = 2\times 150

Rate of effusion of CH_4 = 300cm

Conclusion:

The rate of effusion of CH_4 is 300cm

Learn more about such concept

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