I believe you would have to use the formular PV=nRT for this problem.
First convert n from kg to moles, knowing that Neon is 20.1797 g/mol:
(5 kg x 1 mol) / .0201797 kg = 247 mols
Next, identify all the variables:
P = ?
V = 200-L
T = 300 K
n = 247 mols
R = 0.08206 (L*atm)/(K*mol)
Now plug the values into the formula:
PV = nRT therefore P = nRT /V
P = (247 mols)(0.08206 (L*atm)/(K*mol))(300 K) / 200-L = 30.4 atm
neon, a noble gas
Helium, neon, and hydrogen are all gases at standard temperature and pressure.
Neon is an element, meaning it is not a mixture. Find Neon in the periodic table of elements.
Neon exists as a monoatomic molecule. Hence it doesn't have any permanent dipole moment. However instantaneous dipoles are present, and these give rise to London dispersion forces
Normally its a gas, but in a lite neon sign its a plasma.
No, neon exists as a monatomic gas at standard temperature and pressure. It does not readily form diatomic molecules or other larger clusters like some other elements.
No. Neon exists only as individual atoms and never forms molecules.
No such compound exists. Neon does not form chemical bonds.
Neon
The element neon is classified as a gas. Neon belongs to a group on the periodic table known as the noble gases. Noble gases are inert, meaning that they don't often react with other substances.
Neon can be liquefied and even frozen. However, these physical changes occur only at extremely lower temperatures. Typically, neon exists as an inert gas.
neon, a noble gas
Helium, neon, argon, krypton, xenon and radon
Neon atoms have 10 protons.
Helium, neon, and hydrogen are all gases at standard temperature and pressure.
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