electron structure

• labe

  A) 2

  B) 8

  C) 18

  D) 32

  
• label

  A) subshells

  B) 57

  C) d

  D) principal

  E) 2s

  F) 2e-

  G) 2p

  H) 6e-

  I) 3s

  J) 2e-

  K) 3p 6e-

  L) 4s 2e-

  M) 3d 10e-

  N) 4p 6e-

  O) 5s

  P) 4d 10e-

  Q) 4f 14e-

  
• label

  A) 1

  B) 3

  C) 5

  D) 7

  E) x2=2

  F) x2=6

  G) x2=10

  H) x2=14

  I) s

  J) sp

  K) spd

  L) spdf

  
• label

  A) s

  B) sp

  C) spd

  D) spdf

  E) 1

  F) 1 3

  G) 1 3 5

  H) 1 3 5 7

  I) 2

  J) 2 6

  K) 2 6 10

  L) 2 6 10 14

  M) 2

  N) 8

  O) 18

  P) 32

  
• label

  A) orbitals

  B) specific

  C) 2

  
• label

  A) spherical

  
• label

  A) dumbbell

  B) z

  C) perpendicular

  D) larger

  E) longer

  F) orbitals

  G) subshells

  H) shell

  
• • SHELL = general energy level of e- in atom. how far its from nucleus. eg n=1 n=2. contains subshells which increases w n. "floor" in a building, each floor has "rooms" (subshells).
  • SUBSHELL = division of a shell, specific energy levels n shapes. "rooms" on a floor (shell), types spdf.
  • ORBITAL = specific region within subshell where e- most likely found. Orbitals are labeled by their orientation and shape, and each can hold a maximum of two electrons. (goes up in 1,3,5,7). eg. s orbital - spherical; 1 per shell. p orbitals - Dumbbell-shaped; 3 p orbitals per p subshell.
• label

  A) 4s

  B) 3d

  
• label

  A) greater

  B) equal