Unit 4 Study Guide Part 2 (Bond Polarity, 2021-2022)
Quiz by Aaron Holley
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- Q1
When electrons are shared equally between two atoms, a ____ forms.
nonpolar covalent bond
metallic bond
ionic bond
polar covalent bond
30s - Q2
When electrons are not shared equally between two atoms, a ____ forms.
polar covalent bond
metallic bond
ionic bond
nonpolar covalent bond
30s - Q3
What property of atoms determines the polarity of a chemical bond?
ionization energy
electronegativity
electron affinity
nonmetallic character
30s - Q4
A pair of opposite charges that are separated by a distance with one end being slightly positive and the other being slightly negative is called a ____.
tetrapole
monopole
tripole
dipole
30s - Q5
What Greek letter is used to represent the presence of a dipole in a polar covalent bond or molecule?
λ
θ
δ
ν
30s - Q6
If a molecule contains polar bonds, then the molecule must also be polar.
falsetrueTrue or False30s - Q7
A molecule that contains a permanent separation of charge due to the uneven distribution of bonding electrons and lone pairs of electrons is called a ____
charged molecule
polar molecule
covalent compound
nonpolar molecule
30s - Q8
The term used to describe the overall separation of positive and negative charge in a molecule is ____.
dipole moment
dipole discord
positive placement
charge conundrum
30s - Q9
Which of the following shows the correct behavior of a polar molecule within an electric field?
30s - Q10
Use the table of electronegativity values below to determine the type of bond that will form between them: C and F
metallic
polar covalent
nonpolar covalent
ionic
60s - Q11
Use the table of electronegativity values below to determine the type of bond that will form between them: C and C
polar covalent
metallic
nonpolar covalent
ionic
60s - Q12
Use the table of electronegativity values below to determine the type of bond that will form between them: P and Si
metallic
polar covalent
ionic
nonpolar covalent
60s - Q13
Use the table of electronegativity values below to determine the type of bond that will form between them: Sr and Cl
nonpolar covalent
polar covalent
ionic
metallic
60s - Q14
Use the table of electronegativity values below to determine the type of bond that will form between them: Br and Cl
ionic
nonpolar covalent
metallic
polar covalent
60s - Q15
Use the table of electronegativity values below to determine the type of bond that will form between them: Br and Cl
metallic
nonpolar covalent
polar covalent
ionic
60s
