Question

The relative density of co2 is 22. Calculate the relative density of ozone if 96 ml of it diffuses through an aperture from which under identical conditions 100 ml co2 will pass in the same time??

Answer 1

Out of H2PO2, H2PO2 and H2PO4 which has the maximum number of P - H bonds?

In the first case all the hydrogen atoms are attached to oxygen atom as OH group from which hydrogen can be easily released as protons.

Hence,the acidity will be the highest.

As electron density of the O—H bond decreases, the bond becomes more polar.

Answer 2

Answer:

23.87152

Explanation:

We know that the rate of diffusion is inversely propertional to the square root of the densities.

HERE relative density of CO2 is 22 take the density as x and density of water be ythen density =22y  

take the relative  density of ozone as m then density=my

we also know rate of diffusion =VOLUME DIFFUSED/TIME TAKEN

$\frac{x}{y} \frac{R1}{R2} =\frac{\sqrt{D2} }{\sqrt{D1} } \\R1=Rate of diffusion of co2 \\R2 = rate of diffusion of O3 \\\\R(RATE OF DIFFUSION )=\frac{VOLUME DIFFUSED }{TIME TAKEN }\\\frac{96}{100}=\sqrt[2]{\frac{22Y}{mY} }$

solve this y and y will get cancelled m(relative density )=23.87152