1						2
	3			4																					5
		6									7
														8
				9
		10									11
									12							13				14
15
																			16
													17
								18
														19		20
						21
22

Across 3. in an atom or molecule, no two electrons can have the same four electronic quantum numbers. 6. every orbital in a subshell is singly occupied with one electron before any one orbital is doubly occupied 8. d can hold maximum number of electron as. 9. its lewis dot diagram has two dots. 11. sublevel f can have these orbitals. 15. can be used to summerize/shorten the detailed electron configuration 16. sublevel d has ---- orbitals 17. f can occupy electrons. 19. s orbital can hold electrons ? 21. these can be figured out if electron configuration is known. 22. this is the maximum number of orbitals, sublevel p has.

Down 1. maximum number of electrons p orbitals can hold 2. d block elements are these. 4. this is f block of periodic table. 5. all noble gases except Helium has these number in lewis dot diagram. 7. when valence electrons are represented by dots. 10. electrons orbiting one or more atoms fill the lowest available energy levels before filling higher levels (e.g., 1s before 2s). 12. group 13 thru group18 constitute this. 13. Silicon's lewis dot diagram will have dot as many as . 14. it shows spin/direction of an electrons. 18. Group 1 and two make up this. 20. s sublevel has orbital.