If the K H values for Ar ( g ) , CO 2 ( g ) , HCHO ( g ) and CH 4 ( g ) respectively are 40 . 39 , 1 . 67 , 1 . 83 × 10 - 5 and 0 . 413 , then identify the correct increasing order of their solubilities.

Question

If the K H values for Ar ( g ) , CO 2 ( g ) , HCHO ( g ) and CH 4 ( g ) respectively are 40 . 39 , 1 . 67 , 1 . 83 &#215; 10 - 5 and 0 . 413 , then identify the correct increasing order of their solubilities.

Quantrex Academy · Accepted Answer

Correct answer: D. Ar &#60; CO 2 &#60; CH 4 &#60; HCHO

According to the Henry's law, the solubilities is inversely proportional to the hydration constant K H . So, higher the solubility, lower the K H value. So, the formaldehyde has the lowest K H value. So, it has the highest value of solubility. The order of solubility is Ar &#60; CO 2 &#60; CH 4 &#60; HCHO .

If the K H values for Ar ( g ) , CO 2 ( g ) , HCHO ( g ) and CH 4 ( g ) respectively are 40 . 39 , 1 . 67 , 1 . 83 × 10 - 5 and 0 . 413 , then identify the correct increasing order of their solubilities.

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Step-by-step solution

More from Solutions

If the K H values for Ar ( g ) , CO 2 ( g ) , HCHO ( g ) and CH 4 ( g ) respectively are 40 . 39 , 1 . 67 , 1 . 83 &#215; 10 - 5 and 0 . 413 , then identify the correct increasing order of their solubilities.

Options

Correct answer

Step-by-step solution

More from Solutions

If the K H values for Ar ( g ) , CO 2 ( g ) , HCHO ( g ) and CH 4 ( g ) respectively are 40 . 39 , 1 . 67 , 1 . 83 × 10 - 5 and 0 . 413 , then identify the correct increasing order of their solubilities.