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Equations:
1. v_{rms} = √(3RT/M)
2. PV = nRT
3.M = mN_{A}
I want to answer part a.
I am given T,P, and the density of gas molecules (d).
From equation 3. I want to solve for m.
m = dV = d(nRT/P)
m[N_{A}] = M = d(nRT/P)[N_{A}] = dNRT/P; N = nN_{A}.
From equation 1.
v_{rms} = √(3RTP/(dNRT)) = √(3P/dN).
I get stuck at this part because I dont know the value of N.
1. v_{rms} = √(3RT/M)
2. PV = nRT
3.M = mN_{A}
I want to answer part a.
I am given T,P, and the density of gas molecules (d).
From equation 3. I want to solve for m.
m = dV = d(nRT/P)
m[N_{A}] = M = d(nRT/P)[N_{A}] = dNRT/P; N = nN_{A}.
From equation 1.
v_{rms} = √(3RTP/(dNRT)) = √(3P/dN).
I get stuck at this part because I dont know the value of N.
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