At low temperature and high pressure, the volume of the particles is not negligible as compared to the volume of the gas. Also, the intermolecular forces start acting upon the molecules. Hence, they deviate from ideal behavior.
Since Xenon is a larger atom than Argon and has more electrons, these induce-dipole induced-dipole forces which are stronger in Xenon than in Argon.
Xenon has larger mass than helium and has larger dispersion forces. Because of larger size the outer electrons are less tightly held in the larger atoms so that instantaneous dipoles are more easily induced resulting in greater interaction between argon atoms.
Hence xenon shows the ideal noble gas deviation
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Answer:
That's not possible. When a limiting reactant is called out in a stoichiometry problem, what that means is there's enough of all the other reactants for the limiting one to be completely consumed in the formation of product/products
Answer: I wanna say D because pangea was tectonic plates that moved and reshaped the earth
Explanation:
I hope that helps
Answer : The boron-11 isotope is the most abundant.
Explanation :
As we are given that:
Average atomic mass of boron = 10.81 amu
Mass of boron-10 = 10.0129 amu
Mass of boron-11 = 11.0093 amu
As we know that the average atomic mass of an element is always closest to the most abundant isotope.
Out of the two boron isotopes, B-11 is closest in mass to the weighted average. Therefore, it is the most abundant.
Hence, the boron-11 isotope is the most abundant.
Answer:
The net charge on the ion is negative 1(-1)
Explanation:
Negative 1(-1)