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Section 8.5 Worksheet
By Joseph Morsaw
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Last updated over 3 years ago
37 questions
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Question 1
1.
Ionic compounds are usually soluble in polar substances.
True
False
Question 2
2.
All covalent compounds are usually soluble in polar substances.
True
False
Question 3
3.
In a covalent molecular compound, the attraction between molecules tends to be strong.
True
False
Question 4
4.
Unequal sharing of electrons between two bonded atoms always indicates
a polar covalent bond
a polar molecule
an ionic bond
a nonpolar covalent bond
Question 5
5.
When electronegativities of two bonded atoms differe greatly, the bond is
polar covalent bond
coordinate covalent
ionic
polar covalent
Question 6
6.
What is the electronegativity difference that usually is the dividing line between covalent and ionic bonds?
1.9
4.0
2.7
1.0
Question 7
7.
The symbol d
+
is placed next to which of the following?
the more electronegative atom in a polar covalent bond
a positive ion
the less electronegative atom in a polar covalent bond
the nucleus
Question 8
8.
A nonpolar covlanet bond is one in which
both electrons are provided by the same atom
electrons are transferred
electrons are shared equally
electrons are shared unequally
Question 9
9.
Molecules containing only polar covalent bonds
are always nonpolar
may or may not be polar
are always ionic
are always polar
Question 10
10.
What factor other than electronegativity determines whether a molecule as a whole is polar or not?
its geometry
its mass
its physical state
temperature
Question 11
11.
Which of the following correctly describes the compound water, H
2
O?
nonpolar overall, with polar covalent bonds
polar overall, with nonpolar covalent bonds
ionic
polar overall, with polar covalent bonds
Question 12
12.
Which of the following correctly describes the compound carbon tetrachlorideCCl
4
?
polar overall, with polar covalent bonds
nonpolar overall, with polar covalent bonds
ionic
polar overall, with nonpolar covalent bonds
Question 13
13.
A molecule of ammonia, NH
3
is
polar because there is an electronegativity difference and the molecule is trigonal pyramidal
nonpolar because their is no electronegativity difference
polar because it is linear
nonpolar because it is linear
zoom_in
Question 14
14.
For the compound HBr, what is the electronegativity value for Hydrogen.
Question 15
15.
For the compound HBr, what is the electronegativity value for Bromine.
Question 16
16.
For the compound HBr, what is the electronegativity difference.
Question 17
17.
For the compound HBr, what is the type of bond based off of the electronegativity difference.
Ionic Bond
Polar Covalent Bond
mostly covalent bond
nonpolar covalent bond
Question 18
18.
For the compound CaO, what is the electronegativity value for Calcium.
Question 19
19.
For the compound CaO, what is the electronegativity value for oxygen.
Question 20
20.
For the compound CaO, what is the electronegativity difference
Question 21
21.
For the compound CaO, what is the type of bond based off of the electronegativity difference.
Ionic Bond
Polar Covalent Bond
mostly covalent bond
nonpolar covalent bond
Question 22
22.
For the compound KI, what is the electronegativity value for Potassium.
Question 23
23.
For the compound KI, what is the electronegativity value for Iodine.
Question 24
24.
For the compound KI, what is the electronegativity difference
Question 25
25.
For the compound KI, what is the type of bond based off of the electronegativity difference.
Ionic Bond
Polar Covalent Bond
mostly covalent bond
nonpolar covalent bond
Question 26
26.
For the compound CO, what is the electronegativity value for Carbon.
Question 27
27.
For the compound CO, what is the electronegativity value for oxygen.
Question 28
28.
For the compound CO, what is the electronegativity difference
Question 29
29.
For the compound CO, what is the type of bond based off of the electronegativity difference.
Ionic Bond
Polar Covalent Bond
mostly covalent bond
nonpolar covalent bond
Question 30
30.
For the compound CH
4
, what is the electronegativity value for Carbon.
Question 31
31.
For the compound CH
4
, what is the electronegativity value for hydrogen.
Question 32
32.
For the compound CH
4
, what is the electronegativity difference
Question 33
33.
For the compound CH
4
, what is the type of bond based off of the electronegativity difference.
Ionic Bond
Polar Covalent Bond
mostly covalent bond
nonpolar covalent bond
Question 34
34.
For the compound SO, what is the electronegativity value for sulfur.
Question 35
35.
For the compound SO, what is the electronegativity value for oxygen.
Question 36
36.
For the compound SO, what is the electronegativity difference.
Question 37
37.
For the compound SO, what is the type of bond based off of the electronegativity difference.
Ionic Bond
Polar Covalent Bond
mostly covalent bond
nonpolar covalent bond