Chemistry First, identify whether these compounds are ionic or covalent. Then, use the correct formula writing rules to write the correct chemical formulas for each compound. Type of Compound: lonic or Covalent Compound Name Chemical Formula 1) copper (II) chlorite Ionic 2) sodium hydroxide Ionic NaOH 3) nitrogen dioxide Covalent NO2 4) cobalt (III) oxalate 5) ammonium sulfide 6) aluminum cyanide 7) carbon disulfide 8) tetraphosphorous pentoxide 9) potassium permanganate 10) manganese (III) chloride Compound Name Type of Compound: lonic or Covalent Chemical Formula 11) calcium bromate 12) carbon monoxide 13) potassium oxide 14) antimony tribromide 15) zinc phosphate 16) copper (II) bicarbonate 17) dinitrogen tetroxide 18) manganese (IV) carbonate 19) lead (IV) nitride 20) pentacarbon decahydride
Chemistry First, identify whether these compounds are ionic or covalent. Then, use the correct formula writing rules to write the correct chemical formulas for each compound. Type of Compound: lonic or Covalent Compound Name Chemical Formula 1) copper (II) chlorite Ionic 2) sodium hydroxide Ionic NaOH 3) nitrogen dioxide Covalent NO2 4) cobalt (III) oxalate 5) ammonium sulfide 6) aluminum cyanide 7) carbon disulfide 8) tetraphosphorous pentoxide 9) potassium permanganate 10) manganese (III) chloride Compound Name Type of Compound: lonic or Covalent Chemical Formula 11) calcium bromate 12) carbon monoxide 13) potassium oxide 14) antimony tribromide 15) zinc phosphate 16) copper (II) bicarbonate 17) dinitrogen tetroxide 18) manganese (IV) carbonate 19) lead (IV) nitride 20) pentacarbon decahydride
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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![Chemistry
First, identify whether these compounds are ionic or covalent. Then, use the correct
formula writing rules to write the correct chemical formulas for each compound.
Compound Name
Type of Compound:
lonic or Covalent
Chemical Formula
1)
copper (II) chlorite
Ionic
2)
sodium hydroxide
Ionic
NaOH
3)
nitrogen dioxide
Covalent
NO2
4)
cobalt (III) oxalate
5)
ammonium sulfide
6)
aluminum cyanide
7)
carbon disulfide
8)
tetraphosphorous pentoxide
9)
potassium permanganate
10) manganese (III) chloride
Compound Name
Type of Compound:
lonic or Covalent
Chemical Formula
11) calcium bromate
12) carbon monoxide
13) potassium oxide
14) antimony tribromide
15) zinc phosphate
16) copper (II) bicarbonate
17) dinitrogen tetroxide
18) manganese (IV) carbonate
19) lead (IV) nitride
20) pentacarbon decahydride](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F55448413-efe9-4fb0-bf2d-bb96537aa141%2F4dd08d96-7e66-49f1-9300-1709c16da9f5%2Ftwmv8l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Chemistry
First, identify whether these compounds are ionic or covalent. Then, use the correct
formula writing rules to write the correct chemical formulas for each compound.
Compound Name
Type of Compound:
lonic or Covalent
Chemical Formula
1)
copper (II) chlorite
Ionic
2)
sodium hydroxide
Ionic
NaOH
3)
nitrogen dioxide
Covalent
NO2
4)
cobalt (III) oxalate
5)
ammonium sulfide
6)
aluminum cyanide
7)
carbon disulfide
8)
tetraphosphorous pentoxide
9)
potassium permanganate
10) manganese (III) chloride
Compound Name
Type of Compound:
lonic or Covalent
Chemical Formula
11) calcium bromate
12) carbon monoxide
13) potassium oxide
14) antimony tribromide
15) zinc phosphate
16) copper (II) bicarbonate
17) dinitrogen tetroxide
18) manganese (IV) carbonate
19) lead (IV) nitride
20) pentacarbon decahydride
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