between 100 ml carbon dioxide and 100 ml ammonia, which one has greater mass at constant temperature and pressure?
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ammonia has greater mass .....
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☺here is your answer ✨
according to ideal gas equation-
PV= NRT
1.) for 100ml CO2
◾at constant temperature and pressure
p(100) = w/m RT
p100m = w/RT = p100×44 = wRT (1)eq.
⭐(m≈w)
so, from here we can say the mass is directly proportional to molar mass in this condition.
now 2) for NH3
P100= w/m RT
p100 = w/17 RT = p100(17) = wRT. (2)eq.
here also - ⭐m≈w
so, by equation first and second
we can see - the molar mass of CO2 is greater than NH3(ammonia).
✨so, so we can see in this condition the mass of 100 ml co2 will be greater than 100 ml ammonia
☺⭐hope it helps u⭐☺
according to ideal gas equation-
PV= NRT
1.) for 100ml CO2
◾at constant temperature and pressure
p(100) = w/m RT
p100m = w/RT = p100×44 = wRT (1)eq.
⭐(m≈w)
so, from here we can say the mass is directly proportional to molar mass in this condition.
now 2) for NH3
P100= w/m RT
p100 = w/17 RT = p100(17) = wRT. (2)eq.
here also - ⭐m≈w
so, by equation first and second
we can see - the molar mass of CO2 is greater than NH3(ammonia).
✨so, so we can see in this condition the mass of 100 ml co2 will be greater than 100 ml ammonia
☺⭐hope it helps u⭐☺
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