2.6 quantum numbers

Question 0

what are the 4 quantum numbers and their symbol?

Answer 0

principal quantum number (n)
angular momentum quantum number (l)
magnetic quantum number (msubl)
e- spin quantum number (msubs)

Question 1

how can properties of e- orbitals be described?

Answer 1

quantum numbers

Question 2

what are the potential values for (n)

Answer 2

integers 1, 2, 3, …

Question 3

how does the principal quantum number describe the orbital?

Answer 3

it is related to the size and E of the orbital

Question 4

as (n) increases the orbital becomes ______

Answer 4

larger

Question 5

the e- spends more time farther from the nucleus as ______ increases

Answer 5

(n) principle quantum number

Question 6

why does an increase in (n) mean a higher energy orbital?

Answer 6

the e- is less tightly bound to the nucleus and the E is les negative

Question 7

what are the possible values of (l)

Answer 7

0 to n-1

Question 8

which quantum number describes the shape of the orbitals?

Answer 8

(l) or the angular momentum Q#

Question 9

(l) = 0 = ?

Answer 9

(s)

Question 10

(l) = ? = (p)

Answer 10

1

Question 11

(l) = 2 = ?

Answer 11

(d)

Question 12

(l) = ? = (f)

Answer 12

3

Question 13

what are the values of (msubl)

Answer 13

(l) and (-l) including 0

Question 14

which Q# describes the orientation in space of an oribital?

Answer 14

magnetic Q# or (msubl)

Question 15

the value of (msubl) is related to the orientation of the orbital in space relative to _________

Answer 15

the other orbitals in the atom