Only number 1 1. Complete the table below: Give the maximum number of electrons in an atom that can have each set ofquantum numbers. Then specify the orbital(s) in which the electrons with these quantum numbers would beTound. If a set of quantum numbers is not allowed, write not allowed in the spaces. Justify your answers.Quantum NumbersMaximum ElectronsOrbital(s) (include n values)n = 2, 1 = 1, m = 0n= 3, 1=2n = 4, m = -12. Give one set of allowed quantum numbers to correctly describe an electron in a 3d orbital. Compare withyour group, did you all come up with the same answers? Can there be more than one answer here? Why orwhy not? Explain.n =1 == lu3. As a group discuss how electrons are filled in energy-level diagrams using the following rules: AufbauPrinciple, Pauli Exclusion Principle, and Hund's. Then fill in the energy level diagram here for the groundstate electrons in a neutral arsenic (As) atom.4. Now take your diagram and translate it into anelectron configuration for arsenic.4d4p--3d4.s3p--3s|5. Now write three new diagrams (each group membercan choose one) for arsenic that each violate one of2p-2s-Tunlain why yourEnergy

Quantum numbers are defined as a set of four numbers (n, l, ml,ms) with the help of which we can get…

1. Complete the table below: Give the maximumm number of electrons in an atom that can have each set of quantum numbers. Then specify the orbital(s) in which the electrons with these quantum numbers would be Tound. If a set of quantum numbers is not allowed, write not allowed in the spaces. Justify your answers. Quantum Numbers Maximum Electrons Orbital(s) (include n values) n= 2, 1 = 1, m = 0 n= 3, 1=2 n = 4, m =-1