The answer is mid ocean ranges:)
Well, I say the answer is Thermosphere! Hope I helped :)
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
To know more about Ideal noble gas deviation here
brainly.com/question/4054112
#SPJ4
Destructive interference in which waves cancel each other out is depicted in region X,Y and Z.
<u>Explanation:</u>
Interface is the particle property of light waves. When incident light beam is made to pass through holes, the waves will combine either constructively or destructively. Constructive interference means the waves having same phase will get added so they will increase in amplitude. While destructive interference means the waves combining have different phases like crests and troughs. So they undergo decrease or complete vanishing of amplitude.
When waves combine in constructive interference, they form bright white light and when they combine in destructive interference, they form dark black light. So the regions X, Y and Z are shown as dark black colors in the diagram, so these regions represent destructive interference in which waves cancel each other out.
A. [Ar] 3d¹ 4s²
B. Cesium [Xe] 6s1
C. [Ar] 4s² 3d¹⁰ 4p⁵
D. [He] 2s² 2p⁴
Hope this helps