Question

What is the electron structure of nitrogen?


1s22s22p3

1s22s23s22p1

1s32s32p1

1s12s12p5

Answer 1

SORRY I DONT KNOW THIS ONE BUT I DO BELIEVE THAT thomaster MIGHT! WOULD YOU LIKE ME TO ASK HIM????

Answer 2

yesssss please !!

Answer 3

OK I WILL!

Answer 4

Message me if he knows please :)

Answer 5

Actually you can ask him!! you are going to put in this sign @ and then type in his name so it will look like this @thomaster and then he can come and help you.

Answer 6

okay thanks !!

Answer 7

Helpp ahaa!! >.<

Answer 8

Thank YOOOOUU!!!

Answer 9

First you have to know how the system of electron configuration works. I'll post an image.

Answer 10

Now you got to know where nitrogen is in this version of the periodic table

Answer 11

Nitrogen is in group 15, top row.
This is P-block 5A

Answer 12

You go from the left to the right. starting on the top left. this is 1S
Then you go to the right, you'll find another 1s. Together this is \(\large\sf 1s^2\)

Answer 13

Thank you for helping I was interested in what the answer was to but was stuck on who to ask! :)

Answer 14

now we go 1 row down, starting on the left. you'll find the 2s row. we have 2 elements in this row as we go to the right, so we write down \(\sf\large 2s^2\)
So we now have \(\sf\large 1s^22s^2\)

Answer 15

i Know the answer , just watching and learning now ;o

Answer 16

then continue to go to the right, we get to the 2p row. Nitrogen is the third element in this row. so we write \(\large\sf 2p^3\)

the number before the s or p or d or f is the number of the row. the exponent is the number of elements you count until you get to the element you want, nitrogen in this case.

So we now have \(\large\sf 1s^22s^22p^3\)

Answer 17

@math_genius123 stop talking nonsense please. you're not adding anything here, just ruining the learning process.

Answer 18

Have a look at this image for better understanding how it works

Answer 19

Still looking over this too Understand 100%

Answer 20

Now for another bonus example, we can take Arsenic and determine the electron configuration of that one. It works just the same, only the configuration will be a bit longer.

Answer 21

BONUS ^.^

Answer 22

Hai Sweet @Help713 , WeLcoMe to OpeN stuDy.. !!

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