When looking at the name of a molecule the suffix tells you whether there are any double or triple bonds in the molecule and the root tells you how many carbon atoms are present. Your instructor will guide you as you fill in the following table. The information in this table will be helpful in answering questions on the subsequent pages. Note the suffix in each of the following functional groups: Alkanes have only ● Alkenes have • Alkynes have 1 2 Note the root associated with each of the following number of atoms: # of Carbons Example 3 4 5 One double Triple 6 bonds between carbon atoms. Root Meth- bonds between at least two of the carbon atoms. bonds between at least two of the carbon atoms. H- CH4 H #*# H H H H H H H H H Name Methane HHH Н Н Н 2
When looking at the name of a molecule the suffix tells you whether there are any double or triple bonds in the molecule and the root tells you how many carbon atoms are present. Your instructor will guide you as you fill in the following table. The information in this table will be helpful in answering questions on the subsequent pages. Note the suffix in each of the following functional groups: Alkanes have only ● Alkenes have • Alkynes have 1 2 Note the root associated with each of the following number of atoms: # of Carbons Example 3 4 5 One double Triple 6 bonds between carbon atoms. Root Meth- bonds between at least two of the carbon atoms. bonds between at least two of the carbon atoms. H- CH4 H #*# H H H H H H H H H Name Methane HHH Н Н Н 2
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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![When looking at the name of a molecule the suffix tells you whether there are any double or
triple bonds in the molecule and the root tells you how many carbon atoms are present. Your
instructor will guide you as you fill in the following table. The information in this table will be
helpful in answering questions on the subsequent pages.
Note the suffix in each of the following functional groups:
Alkanes have only
• Alkynes have
# of Carbons
1
2
Alkenes have
3
Note the root associated with each of the following number of atoms:
Example
4
5
One
double
Triple
6
bonds between carbon atoms.
Root
Meth-
bonds between at least two of the carbon atoms.
bonds between at least two of the carbon atoms.
H
H
H
CH4
H
H
C
t
H
H
H H
H H
H
C -H
H
H
Ec-H
H
C.
H
'Н
C
H H H H H H
Name
Methane
2](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fff41355b-6f8b-4225-8cd5-fca5fbd25375%2F59bb3387-3604-45eb-aa51-5a9602c0624a%2F1h101l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:When looking at the name of a molecule the suffix tells you whether there are any double or
triple bonds in the molecule and the root tells you how many carbon atoms are present. Your
instructor will guide you as you fill in the following table. The information in this table will be
helpful in answering questions on the subsequent pages.
Note the suffix in each of the following functional groups:
Alkanes have only
• Alkynes have
# of Carbons
1
2
Alkenes have
3
Note the root associated with each of the following number of atoms:
Example
4
5
One
double
Triple
6
bonds between carbon atoms.
Root
Meth-
bonds between at least two of the carbon atoms.
bonds between at least two of the carbon atoms.
H
H
H
CH4
H
H
C
t
H
H
H H
H H
H
C -H
H
H
Ec-H
H
C.
H
'Н
C
H H H H H H
Name
Methane
2
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