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According to the instructions, the density of air at STP is about 1.20k(g)/(m^(3)) , and air at the surface of the earth is about 78%N_(2)
According to the instructions, the density of air at STP is about
1.20k(g)/(m^(3))
, and air at the surface of the earth is about
78%N_(2)
. If air were actually
100%N_(2)
, calculate the number density
(N)/(V)
for air at the surface of the earth, using this density, the mass of a nitrogen molecule (which is given in the procedure handout), and the relationships between
n,N,m_(each)
M_(tot)
and
M_(mol)
. Show all steps in your calculation, and include units in your answer.
According to the instructions, the density of air at STP is about 1.20kg/m3, and air at the surface of the earth is about 78%N2. If air were actually 100%N2, calculate the number density N/V for air at the surface of the earth, using this density, the mass of a nitrogen molecule (which is given in the procedure handout), and the relationships between n,N,meach Mtot, and Mmol. Show all steps in your calculation, and include units in your
According to the instructions, the density of air at STP is about
1.20k(g)/(m^(3))
, and air at the surface of the earth is about
78%N_(2)
. If air were actually
100%N_(2)
, calculate the number density
(N)/(V)
for air at the surface of the earth, using this density, the mass of a nitrogen molecule (which is given in the procedure handout), and the relationships between
n,N,m_(each)
M_(tot)
and
M_(mol)
. Show all steps in your calculation, and include units in your answer.
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