How bonds do H, O, N, and C form? Exam the diagrams of molecules and determine how many bonds H, O, N, and C each make.

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
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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How bonds do H, O, N, and C form?
Exam the diagrams of molecules and determine how
many bonds H, O, N, and C each make.
H.
N-C-C
NEN
H-C=N
H-N=C%3DO
N-C-H
H.
N.
II
C-H
N.
N.
H.
RICIHO=U
NIH
HI
Transcribed Image Text:How bonds do H, O, N, and C form? Exam the diagrams of molecules and determine how many bonds H, O, N, and C each make. H. N-C-C NEN H-C=N H-N=C%3DO N-C-H H. N. II C-H N. N. H. RICIHO=U NIH HI
How many bonds does Hydrogen always make?
Circle the bonds H can make: single / double /triple
How many bonds does Oxygen always make?
Circle the bonds O can make: single / double / triple
How many bonds does Nitrogen always make?
Circle the bonds N can make: single / double / triple
How many bonds does Carbon always make?
Circle the bonds C can make: single / double / triple
According to the diagram, do the elements always
use the same combination of single/double/triple
bonds?
Transcribed Image Text:How many bonds does Hydrogen always make? Circle the bonds H can make: single / double /triple How many bonds does Oxygen always make? Circle the bonds O can make: single / double / triple How many bonds does Nitrogen always make? Circle the bonds N can make: single / double / triple How many bonds does Carbon always make? Circle the bonds C can make: single / double / triple According to the diagram, do the elements always use the same combination of single/double/triple bonds?
Expert Solution
Step 1

Valence Electrons:

The count of electrons that exist in the outermost shell of a particular orbital can be named valence electrons. Valence electrons are responsible for the formation of bonds in a molecule. 

 

 

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