# A spacecraft is filled with 0.500 atm of N2 and 0.500 atm of O2. Suppose an object strikes this spacecraft and puts a very small hole in its side. Under these circumstances,A)    O2 is lost from the craft 6.9% faster than N2 is lost.                 B) O2 is lost from the craft 14% faster than N2 is lost.C)    N2 is lost from the craft 6.9% faster than O2 is lost.     D) N2 is lost from the craft 14% faster than O2 is lost.E)    N2 and O2 are lost from the craft at the same rate.

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A spacecraft is filled with 0.500 atm of N2 and 0.500 atm of O2. Suppose an object strikes this spacecraft and puts a very small hole in its side. Under these circumstances,

A)    O2 is lost from the craft 6.9% faster than N2 is lost.

B) O2 is lost from the craft 14% faster than N2 is lost.
C)    N2 is lost from the craft 6.9% faster than O2 is lost.

D) N2 is lost from the craft 14% faster than O2 is lost.
E)    N2 and O2 are lost from the craft at the same rate.

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Step 1

According to the Graham’s law, the rate of diffusion or effusion of a gas is inversely proportional to the square root of its molecular mass. The rate of diffusion of a given gas is a measure of the rate at which the two gases are mixed together while the rate of effusion can be defined as the measure of rate at which a given gas escapes through the pinhole into a vacuum.

Step 2

Under the same conditions of pressure and temperature,

Step 3

The given system consists of the mixture of gase...

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