Question

complete the table below. an example of how to fill out the table is in the first row. for the configuration answers, you can not put superscripts (exponents) and that’s ok. noble gases atomic orbital location (s,p,d,f) row of element column of element in orbital location last electron configuration of element (use the boxes from before) fluorine p 2 5 2p5 argon type type you type y radon type type you type y xenon type type you type y krypton type type you type y neon type type you type y helium type type you type y

Explanation:

Step1: Recall periodic - table properties

Argon (Ar) is in the 3rd row of the periodic table, its out - most orbital is p, it is in the 8th column of the p - block (group 18), and its last electron configuration is 3p6.

Step2: Analyze Radon (Rn)

Rn is in the 6th row, its out - most orbital is p, it is in the 8th column of the p - block (group 18), and its last electron configuration is 6p6.

Step3: Consider Xenon (Xe)

Xe is in the 5th row, its out - most orbital is p, it is in the 8th column of the p - block (group 18), and its last electron configuration is 5p6.

Step4: Examine Krypton (Kr)

Kr is in the 4th row, its out - most orbital is p, it is in the 8th column of the p - block (group 18), and its last electron configuration is 4p6.

Step5: Look at Neon (Ne)

Ne is in the 2nd row, its out - most orbital is p, it is in the 8th column of the p - block (group 18), and its last electron configuration is 2p6.

Step6: Analyze Helium (He)

He is in the 1st row, its out - most orbital is s, it is in the 2nd column of the s - block (group 18 for noble gases), and its last electron configuration is 1s2.

Answer:

Noble gases	Atomic orbital location (s,p,d,f)	Row of element	Column of element in orbital location	Last electron configuration of element
Argon	p	3	8	3p6
Radon	p	6	8	6p6
Xenon	p	5	8	5p6
Krypton	p	4	8	4p6
Neon	p	2	8	2p6
Helium	s	1	2	1s2