Question

give spin quantam numbers of carbon​

Answer 1

Answer:

second row of the periodic table; at the ground state, the six electrons occupy two of its principle energy levels, giving the electron with the highest energy a principal quantum number

n

of

2

.

l

=

0

,

1

,

2

,

...

,

(

n

−

1

)

where

n

the principal quantum number. [1]

Electrons fill both

s

and

p

orbitals in a ground-state carbon atom; which correspond to orbital angular momentum numbers (Azimuthal quantum number)

l

=

0

and

l

=

1

.

Explanation:

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Answer 2

Answer:

Electronic configuration of carbon =

${1s}^{2} {2s}^{2} {2p}^{2}$

Explanation:

Valency electronic configuration

${2p}^{2}$

now quantum numbers of carbon based on last valency configuration

n=2

l=1

m=-1,0,+1

as there are two electrons 1st electron enters -1 and spin is +1/2

second electron enters 0 orbital and spin is is +1/2

so spin quantum number of carbon is

$+ \frac{1}{2}$