1. Use the following chart of boiling point temperatures to answer the following questions: B(s) C(s) 3823 K 2348 K 4273 K 4098 K boron carbon Elemental form Melting point Boiling point Name He H₂ 13.81 K 0.95 K 4.22 K 20.28 K hydrogen helium Li(s) 453.65 K 1615 K lithium Be(s) 1560 K 2744 K beryllium a. List the elemental forms that have the lower boiling points? N₂ 63.15 K 77.36 K nitrogen 02 54.36 K 90.20 K oxygen F2 53.53 K 85.03 K fluorine Ne 24.56 K 27.07 K neon What type of bonding and/or interactions might be present for each of the elemental forms you listed for lower boiling points?
1. Use the following chart of boiling point temperatures to answer the following questions: B(s) C(s) 3823 K 2348 K 4273 K 4098 K boron carbon Elemental form Melting point Boiling point Name He H₂ 13.81 K 0.95 K 4.22 K 20.28 K hydrogen helium Li(s) 453.65 K 1615 K lithium Be(s) 1560 K 2744 K beryllium a. List the elemental forms that have the lower boiling points? N₂ 63.15 K 77.36 K nitrogen 02 54.36 K 90.20 K oxygen F2 53.53 K 85.03 K fluorine Ne 24.56 K 27.07 K neon What type of bonding and/or interactions might be present for each of the elemental forms you listed for lower boiling points?
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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![CHM1045 U08: Covalent Bonds and LDFs
1. Use the following chart of boiling point temperatures to answer the following questions:
H₂
C(s)
He
0.95 K
4.22 K
13.81 K
20.28 K
hydrogen helium
3823 K
4098 K
carbon
Elemental form
Melting point
Boiling point
Name
Li(s)
453.65 K
1615 K
lithium
Be(s)
1560 K
2744 K
beryllium
B(s)
2348 K
4273 K
boron
a. List the elemental forms that have the lower boiling points?
N₂
63.15 K
77.36 K
nitrogen
02
54.36 K
90.20 K
oxygen
F2
53.53 K
85.03 K
fluorine
Ne
24.56 K
27.07 K
neon
What type of bonding and/or interactions might be present for each of the elemental forms you listed for
lower boiling points?](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F754e2572-f55a-4638-ba45-0a61ba8e8367%2F2fcec6d5-0e16-40a3-bfd3-0cd1a845f84d%2Fgpzp4lc_processed.jpeg&w=3840&q=75)
Transcribed Image Text:CHM1045 U08: Covalent Bonds and LDFs
1. Use the following chart of boiling point temperatures to answer the following questions:
H₂
C(s)
He
0.95 K
4.22 K
13.81 K
20.28 K
hydrogen helium
3823 K
4098 K
carbon
Elemental form
Melting point
Boiling point
Name
Li(s)
453.65 K
1615 K
lithium
Be(s)
1560 K
2744 K
beryllium
B(s)
2348 K
4273 K
boron
a. List the elemental forms that have the lower boiling points?
N₂
63.15 K
77.36 K
nitrogen
02
54.36 K
90.20 K
oxygen
F2
53.53 K
85.03 K
fluorine
Ne
24.56 K
27.07 K
neon
What type of bonding and/or interactions might be present for each of the elemental forms you listed for
lower boiling points?
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