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Relating Translational KE and T

41. Pure O2 d...

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41. Pure O2 diffuses through an aperture in 224 second , whereas mixture of O2 and another gas containing 80% O2 diffuses from the same in 234 second. What is the molecular mass of gas?

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O_{2}

diffuses through an aperture in

224

second, whereas of

O_{2}

and another gas containing

80

O_{2}

diffuses from the same in

234

second. The molecular mass of gas will be :

O_{2}

diffuses through an aperture in

224

second, whereas mixture of

O_{2}

and another gas containing

10

O_{2}

diffuses from the same in

336

second. What is the molecular mass of the other gas?

O_{2}

diffuses through an aperture in 224 sec, whereas a mixture of

O_{2}

and another gas containing 80%

O_{2}

diffuses from the same in 234 sec. What is the molecular weight of the gas?

[as nearest integer]

O_{2}

diffuses though an aperture in

224

sec, whereas mixture of

O_{2}

and another gas containing

80

O_{2}

234

sec to effuse out same volume. What is molecular weight of the gas?

O_{2}

diffuses through an aperture in 228 seconds whereas, mixture of

O_{2}

and another gas containing 64%

O_{2}

by mass diffuses from the same in 190 seconds. The molecular mass of gas (in g) will be:

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