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Write Lewis dot structures for the following molecules: NH3 SO2 CH3OH HNO2 N2 CH2O

User DragonYen
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Answer:

Check it below

Step-by-step explanation:

1) The dots in Lewis Notation represent the Electronic Valence, in other words, the amount of Valence Electrons. The Lewis structures has the advantage of pictorially displaying the valence electrons around the symbol of the Atom.

2) We can easily find in a Periodic Table the number of bonds. Notice that we must rearrange the dots to observe the rule of the Octets. Each atom tends to have more stability and behave as noble gas, with eight electrons in its outer shell. So, in some examples, we'll have to rearrange the dots in order to have follow the Octet rule.

Check below each Lewis Structure

2.1
NH_(3) Ammonia


Valence:\\ N=5,H=1 Given by each group number.

2.2
SO_(2) Sulfur Dioxide


Valence:\\ S=6,O=2

2.3)
CH_(3)OH Methanol


Valence:\\ C=4,O=2,H=1

2.4)
HNO_(2)

2.5)
N_(2) Nitrogen Gas

2.6)
CH_(2)O Formaldehyde

Write Lewis dot structures for the following molecules: NH3 SO2 CH3OH HNO2 N2 CH2O-example-1
Write Lewis dot structures for the following molecules: NH3 SO2 CH3OH HNO2 N2 CH2O-example-2
Write Lewis dot structures for the following molecules: NH3 SO2 CH3OH HNO2 N2 CH2O-example-3
Write Lewis dot structures for the following molecules: NH3 SO2 CH3OH HNO2 N2 CH2O-example-4
User Pixtur
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