All orbitals with the same value of the principal quantum number and the seconda
ID: 871044 • Letter: A
Question
All orbitals with the same value of the principal quantum number and the secondary quantum number are said to belong to the same The notation for the subshell with n = 4 and l = 2 is The Pauli principle states that Given the following sets of quantum numbers for n, l, ml, and mn, which one of these sets is not possible for an electron in on atom? There are several possible arrangements of electrons when you try to place 7 electrons in a 3d subshell. To determine the correct distribution for the ground state we are guided by How many electrons in an atom can have the quantum numbers n=4 and 1=3 The requirement that the ground state configuration of an atom is generated by placing electrons into orbitals from the lowest energy to the highest energy. observing the maximum number allowed for each of these levels is A correct description for the electron configuration of an iron atom is Which of the following are expected to be diamagnetic in their ground stale electron configurations: S, Xe, Hg, P, Br? Which atom has the largest first ionization energy? Which atom has the most exothermic electron affinity? For which process is the largest amount of energy required?Explanation / Answer
ANSWERS ARE
12) B
13) A
14) D
15) E
16) B
17) D
18)A
19) D
20) C
22) A
23) D
24) B