For hydrogen atoms, the wave function for the state n = 3, 1-0, m1-0 is given be
ID: 574066 • Letter: F
Question
For hydrogen atoms, the wave function for the state n = 3, 1-0, m1-0 is given below. 1 3/2 In this equation = r/ao and ao is the Bohr radius (5.29 x 10-11 m). Calculate the position of the nodes for this wave function. higher value lower value Supporting Materials Periodic Table constants and Factor supplemental Data -5 points ZumChemP7 12.E.075 What is the maximum number of electrons in an atom that can have these quantum numbers? (a) n=2,f=2 (b) n 4 (c) n=2,f-1 (d) n= 3, ms=+1/2 (e) n = 2, f = 1, ml =-1, ms =-1/2Explanation / Answer
maximum number of electron when n=2, l=2
answer : when l=2 implies d orbital that have maximum 10 electrons
c) n=2 l=1 implies 2p orbital and p has 6 electrons maximum
b) n=4 , 4s subshell hold 2 electron, 4p hold 6 electron, 4d hold=10 electron and 4f hold=14 electron
e) n=2 ,m=-1/2,l=1 . implies 2p orbital. which has maximum 2 electrons. becz p has 3 orbital having ml=1,0-1 and here we talk abt l=1 which can hold 2 electon in it
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