How many electrons in an atom could have these sets of quantum numbers?
Question
Lost your password? Please enter your email address. You will receive a link and will create a new password via email.
Lorem ipsum dolor sit amet, consectetur adipiscing elit.Morbi adipiscing gravdio, sit amet suscipit risus ultrices eu.Fusce viverra neque at purus laoreet consequa.Vivamus vulputate posuere nisl quis consequat.
Answer ( 1 )
What number of electrons in an atom could have these arrangements of quantum numbers?
(a) n= 2
(b) n= 4 l= 1
(c) n= 6 l= 3 ml= – 1
Quantum Numbers:
The quantum quantities of an electron speak to its shell, subshell, orbital, and turn in a particle.
Just certain estimations of the quantum numbers are conceivable, and the estimations of one quantum number are reliant on the estimation of the other one.
Answer and Explanation:
(a) n=2n speaks to the second shell of the iota which has two subshells; s− and p-subshells.
The ss-subshell has just a single orbital while the p-subshell has three orbitals.
In this manner, an aggregate of four orbitals are available which can contain a limit of 4×2 = 8 electrons. So eight electrons can have this quantum number.
(b)n=4, l=1designate the pp-subshell of the fourth shell which contains three 4p-orbitals. Accordingly, 3×2= 6 electrons can have this arrangement of quantum numbers.
(c) n=6,l=3,ml=−1 speaks to the ff-orbital of the 6f-subshell in the 6th shell.
Accordingly, there must be two electrons having this arrangement of quantum numbers.