Print Results for VSEPR SD flashcards

Results for VSEPR SD

H₂O

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

H₂O

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 2; iii) 2; iv) AX₂E₂

H₂O

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

H₂O

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Angular (Bent)

H₂O

Is this molecule polar?

Yes

CH₄

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

CH₄

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 4; iii) 0; iv) AX₄

CH₄

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

CH₄

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Tetrahedral

10.

CH₄

Is this molecule polar?

11.

H₃O⁺

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

12.

H₃O⁺

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 3; iii) 1; iv) AX₃E

13.

H₃O⁺

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

14.

H₃O⁺

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Trigonal pyramidal

15.

H₃O⁺

Is this molecule polar?

Yes

16.

NH₃

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

17.

NH₃

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 3; iii) 1; iv) AX₃E

18.

NH₃

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

19.

NH₃

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Trigonal pyramidal

20.

NH₃

Is this molecule polar?

Yes

21.

C₂H₄

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

22.

C₂H₄

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 3; ii) 3; iii) 0; iv) AX₃

23.

C₂H₄

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Trigonal; sp²

24.

C₂H₄

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Trigonal

25.

C₂H₄

Is this molecule polar?

26.

C₂H₂

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

27.

C₂H₂

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 2; ii) 2; iii) 0; iv) AX₂

28.

C₂H₂

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Linear; sp

29.

C₂H₂

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Linear

30.

C₂H₂

Is this molecule polar?

31.

H₂O₂

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

32.

H₂O₂

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 2; iii) 2; iv) AX₂E₂

33.

H₂O₂

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

34.

H₂O₂

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Angular (Bent)

35.

H₂O₂

Is this molecule polar?

Yes

36.

SO₂

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

37.

SO₂

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 3; ii) 2; iii) 1; iv) AX₂E

38.

SO₂

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Trigonal; sp²

39.

SO₂

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Angular (Bent)

40.

SO₂

Is this molecule polar?

Yes

41.

CO₂

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

42.

CO₂

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 2; ii) 2; iii) 0; iv) AX₂

43.

CO₂

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Linear; sp

44.

CO₂

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Linear

45.

CO₂

Is this molecule polar?

46.

NO₃ ^-

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

47.

NO₃ ^-

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 3; ii) 3; iii) 0; iv) AX₃

48.

NO₃ ^-

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Trigonal; sp²

49.

NO₃ ^-

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Trigonal

50.

NO₃ ^-

Is this molecule polar?

51.

NO₂ ^-

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

52.

NO₂ ^-

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 3; ii) 2; iii) 1; iv) AX₂E

53.

NO₂ ^-

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Trigonal; sp²

54.

NO₂ ^-

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Angular (Bent)

55.

NO₂ ^-

Is this molecule polar?

Yes

56.

NO₂ ⁺

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

57.

NO₂ ⁺

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 2; ii) 2; iii) 0; iv) AX₂

58.

NO₂ ⁺

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Linear; sp

59.

NO₂ ⁺

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Linear

60.

NO₂ ⁺

Is this molecule polar?

61.

NH₂ ^-

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

62.

NH₂ ^-

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 2; iii) 2; iv) AX₂E₂

63.

NH₂ ^-

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

64.

NH₂ ^-

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Angular (Bent)

65.

NH₂ ^-

Is this molecule polar?

Yes

66.

PCl₃

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

67.

PCl₃

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 4; ii) 3; iii) 1; iv) AX₃E

68.

PCl₃

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Tetrahedral; sp³

69.

PCl₃

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Trigonal pyramidal

70.

PCl₃

Is this molecule polar?

Yes

71.

PCl₅

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

72.

PCl₅

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 5; ii) 5; iii) 0; iv) AX₅

73.

PCl₅

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Trigonal bipyramidal; sp³d

74.

PCl₅

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Trigonal bipyramidal

75.

PCl₅

Is this molecule polar?

76.

KrF₄

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

77.

KrF₄

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 6; ii) 4; iii) 2; iv) AX₄E₂

78.

KrF₄

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Octahedral; sp³d²

79.

KrF₄

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Square planar

80.

KrF₄

Is this molecule polar?

81.

SF₆

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

82.

SF₆

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 6; ii) 6; iii) 0; iv) AX₆

83.

SF₆

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Octahedral; sp³d²

84.

SF₆

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Octahedral

85.

SF₆

Is this molecule polar?

86.

SF₄

How many lone pairs (non-bonding electron pairs) does the compound possess on ALL atoms (central atom(s) and outer atoms)?

87.

SF₄

For this compound, identify the following:

i) Number of Electron Groups (Electron Domains)

ii) Number of Atoms Bonded to the Central Atom

iii) Number of Non-Bonding Electron Pairs (Lone Pairs) Attached to the Central Atom

iv) General Formula

i) 5; ii) 4; iii) 1; iv) AX₄E

88.

SF₄

What is the Electron Group Geometry also called "Overall Shape" and Hybrid Orbital designation for the central atom.

Trigonal bipyramidal; sp³d

89.

SF₄

What is the shape the atoms make (excluding lone pairs)? This is also called "Molecular Shape".

Seesaw

90.

SF₄

Is this molecule polar?

Yes

91.

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5% = 45

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