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Place the following atoms in order of increasing atomic radii: Se,Sb,Br,and Te.


A) Br < Se < Te < Sb
B) Se < Br < Sb < Te
C) Se < Br < Te < As
D) Sb < Te < Se < Br
E) Te < Sb < Se < Br

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Which of the following sets of quantum numbers is allowed?


A) n = 2, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = 1, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = +1/2,ms = -1/2
B) n = 3, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = 2, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = +1,ms = +1
C) n = 4, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = 1, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = 0,ms = -1/2
D) n = 4, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = 3, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = -1,ms = 0
E) n = 5, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = 2, Which of the following sets of quantum numbers is allowed? A)  n = 2,   = 1,   = +1/2,m<sub>s</sub> = -1/2 B)  n = 3,   = 2,   = +1,m<sub>s</sub> = +1 C)  n = 4,   = 1,   = 0,m<sub>s</sub> = -1/2 D)  n = 4,   = 3,   = -1,m<sub>s</sub> = 0 E)  n = 5,   = 2,   = +2,m<sub>s</sub> = -1 = +2,ms = -1

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Which is the correct valence shell orbital box notation for the ground state electron configuration of Co?         ~~~~~~~~ 3d         ~~~~~~~~        ~~~~~~~~        ~~~~~~~~        ~~~~~~~~        ~~~~~~~~        ~~~~~~~~ 4s


A)  Which is the correct valence shell orbital box notation for the ground state electron configuration of Co?  ~~~~~~~~ 3d ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~  4s A)    B)    C)    D)    E)
B)  Which is the correct valence shell orbital box notation for the ground state electron configuration of Co?  ~~~~~~~~ 3d ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~  4s A)    B)    C)    D)    E)
C)  Which is the correct valence shell orbital box notation for the ground state electron configuration of Co?  ~~~~~~~~ 3d ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~  4s A)    B)    C)    D)    E)
D)  Which is the correct valence shell orbital box notation for the ground state electron configuration of Co?  ~~~~~~~~ 3d ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~  4s A)    B)    C)    D)    E)
E)  Which is the correct valence shell orbital box notation for the ground state electron configuration of Co?  ~~~~~~~~ 3d ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~  4s A)    B)    C)    D)    E)

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Hund's rule states that the most stable arrangement of electrons (for a ground state electron configuration)


A) has a filled valence shell of electrons.
B) has three electrons per orbital,each with identical spins.
C) has Hund's rule states that the most stable arrangement of electrons (for a ground state electron configuration)  A)  has a filled valence shell of electrons. B)  has three electrons per orbital,each with identical spins. C)  has   values greater than or equal to +1. D)  has the maximum number of unpaired electrons,all with the same spin. E)  has two electrons per orbital,each with opposing spins. values greater than or equal to +1.
D) has the maximum number of unpaired electrons,all with the same spin.
E) has two electrons per orbital,each with opposing spins.

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An atom of which of the following elements has the smallest ionization energy?


A) Cl
B) P
C) Si
D) Na
E) S

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How many electrons can be described by the quantum numbers n= 3 and l= 1?


A) 10
B) 2
C) 14
D) 18
E) 6

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Which 1+ ion has the ground state electron configuration [Kr]4d10?


A) Ru
B) Au
C) Ag
D) In
E) Cd

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What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below? What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2


A) n = 1, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = 1, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = -1,ms = +1/2
B) n = 4, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = 2, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = -1,ms = -1/2
C) n = 5, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = 2, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = -2,ms = +1/2
D) n = 5, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = 0, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = 0,ms = -1/2
E) n = 5, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = 1, What is a possible set of quantum numbers for an unpaired electron in the orbital box diagram below?   A)  n = 1,   = 1,   = -1,m<sub>s</sub> = +1/2 B)  n = 4,   = 2,   = -1,m<sub>s</sub> = -1/2 C)  n = 5,   = 2,   = -2,m<sub>s</sub> = +1/2 D)  n = 5,   = 0,   = 0,m<sub>s</sub> = -1/2 E)  n = 5,   = 1,   = -1,m<sub>s</sub> = +1/2 = -1,ms = +1/2

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As one moves horizontally from left to right across a period,the effective ________ charge increases,resulting in decreasing atomic radii.

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How many unpaired electrons are found in the ground state electron configuration of mercury (Hg) ?


A) 0
B) 1
C) 2
D) 3
E) 5

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What is the ground-state electron configuration of sulfur (S) ?


A) What is the ground-state electron configuration of sulfur (S) ? A)    B)    C)    D)    E)
B) What is the ground-state electron configuration of sulfur (S) ? A)    B)    C)    D)    E)
C) What is the ground-state electron configuration of sulfur (S) ? A)    B)    C)    D)    E)
D) What is the ground-state electron configuration of sulfur (S) ? A)    B)    C)    D)    E)
E) What is the ground-state electron configuration of sulfur (S) ? A)    B)    C)    D)    E)

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What is the charge formed by alkaline earth metals when they react with nonmetals?


A) +1
B) (-1)
C) +2
D) (-2)
E) +3

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The change in energy for which of the following processes corresponds to the first ionization energy of calcium?


A) The change in energy for which of the following processes corresponds to the first ionization energy of calcium? A)    B)    C)    D)    E)
B) The change in energy for which of the following processes corresponds to the first ionization energy of calcium? A)    B)    C)    D)    E)
C) The change in energy for which of the following processes corresponds to the first ionization energy of calcium? A)    B)    C)    D)    E)
D) The change in energy for which of the following processes corresponds to the first ionization energy of calcium? A)    B)    C)    D)    E)
E) The change in energy for which of the following processes corresponds to the first ionization energy of calcium? A)    B)    C)    D)    E)

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Which element has the following ground state electron configuration? Which element has the following ground state electron configuration?   A)  B B)  Li C)  Si D)  Be E)  C


A) B
B) Li
C) Si
D) Be
E) C

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An element that has the same ground state valence-shell electron configuration as germanium is


A) tin.
B) krypton.
C) potassium.
D) beryllium.
E) boron.

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Which group of the periodic table of elements forms only 2+ ions?


A) group 1A
B) group 2A
C) group 1B
D) group 7A
E) group 8A

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Which element has the following ground state electron configuration? Which element has the following ground state electron configuration?   A)  In B)  Y C)  Nb D)  Tl E)  Ga


A) In
B) Y
C) Nb
D) Tl
E) Ga

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Which of the following species would you expect to have the largest radius?


A) Which of the following species would you expect to have the largest radius? A)    B)  P C)    D)    E)
B) P
C) Which of the following species would you expect to have the largest radius? A)    B)  P C)    D)    E)
D) Which of the following species would you expect to have the largest radius? A)    B)  P C)    D)    E)
E) Which of the following species would you expect to have the largest radius? A)    B)  P C)    D)    E)

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What is the maximum number of electrons that can occupy  one \underline{\text{ one }} d orbital?


A) 1
B) 2
C) 6
D) 10
E) 14

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For which one of the following elements is the second ionization energy over ten times larger than its first ionization energy?


A) B
B) N
C) Li
D) Ne
E) Cu

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