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Ideal Gas Equation

100 ml of mix...

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100 ml of mixture contain CO anf N2 on complete combustion requires 75 ml of O2.The mixture contains CO+1/2 O2=CO2 N2 + O2=2NO a)35ml N2 b)85mlN2 c)50 ml N2 d)70 ml N

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Q. In the reaction;

C O + \frac{1}{2} O_{2} \to C O_{2}; N_{2} + O_{2} \to 2 N O

10 mL of mixture containing carbon monoxide and nitrogen required 7 mL oxygen to form

C O_{2}

and NO, on combustion.
The volume of

N_{2}

in the mixture will be:

Q. 200 ml of gaseous mixture containing

C O

C O_{2}

N_{2}

on complete combustion in just sufficient amount of

O_{2}

showed a contraction of 40 ml . When the resulting gases were passed through

K O H

solution it reduces by 50 ml, then calculate the volume of

V_{C O} : V_{C O_{2}} : V_{N_{2}}

in the original mixture.

Q. 200 ml of a gaseous mixture containing

C O, C O_{2}

N_{2}

on complete combustion in just sufficient amount of

O_{2}

showed contraction of 40 ml. When the resulting gases were passed through KOH solution it reduces by 50% then calculate the volume ratio of

V_{c o_{2}} : V_{c o} : V_{N_{2}}

in orginial mixture.

Q. 200 ml of a gaseous mixture containing CO,CO2,N2 ON COMPLETE COMBUSTION IN JUST SUFFICIENT AMOUNT OF O2 SHOWED CONTRACTION OF 40 ML.WHEN THE RESULTING GASES WERE PASSED THROUGH KOH SOLUTION IT REDUCES BY 50% THEN CALCULATE THE VOLUME RATIO OF CO2:CO:N2 IN ORIGINAL MIXTURE

Q. According to Graham's Law, the rate of diffusion of

C O, O_{2}, N_{2} a n d C O_{2}

follows the order:

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