Part 2: Interpret each chemical formala below. Determine hoe many atoms of cach element make up the compounds. 6. NacI Add Text Here! 7. HO Add Text Here! Bending Ut e N Rodt Scimce 2017

Chemistry for Today: General, Organic, and Biochemistry
9th Edition
ISBN:9781305960060
Author:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
Publisher:Spencer L. Seager, Michael R. Slabaugh, Maren S. Hansen
Chapter4: Forces Between Particles
Section: Chapter Questions
Problem 4.106E: Which of the following species will combine with a chloride ion to produce ammonium chloride? a.NH3...
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This is not graded. Do number 6 and 7.
Practice: Drawing Ionic Bonds
Part 1: Use the periodic table to fill in the chart below. Then answer the questions that follow.
1.
Ion that Wil
Form
Element
# of Protons
Group #
# of Valence
Electrons
Oxidation
Number
Lithium
#3
%23
#3
#3
Add Here!
Sodium
#3
23
#3
#3
Add Here!
Beryllium
#3
#3
%23
#3
#3
Add Here!
Aluminum
#3
23
#3
#3
Add Here!
Phosphorous
#3
#3
#3
#3
Add Here!
Oxygen
#3
#
#3
#3
Add Here!
Fluorine
2#
%23
#3
#3
Add Here!
2. Which elements above will form cations? List them below.
Add Text Here!
3. Which elements above will form anions? List them below.
Add Text Here!
4. What does aluminum need to do in order to become stable?
Add Text Here!
5. What does phosphorous need to do in order to become stable? Think about how this is different from what you
wrote in #4.
Add Text Here!
Part 2: Interpret each chemical formela below. Determine how many atoms of each element make up the compounds.
6. NacI
8 NaSO
Add Text Here!
7. H,O
9. (NH»PO,
Add Text Here!
Bonding Unit
Os Not Rocket Science 2017
Insert - Shapes - Circles
Insert - Lines→ Arrows and text boxes to create electron dot diagrams digitally
Part 3: Draw an electron dot diagram to show the compound that will form between each of the elements below. Inchude
the chemical formsela to the side of your drawing.
10. Potassium and Chlorine
11. Magnesium and lodide
12. Calcium and Oxygen
13. Sodium and Oxygen
Transcribed Image Text:Practice: Drawing Ionic Bonds Part 1: Use the periodic table to fill in the chart below. Then answer the questions that follow. 1. Ion that Wil Form Element # of Protons Group # # of Valence Electrons Oxidation Number Lithium #3 %23 #3 #3 Add Here! Sodium #3 23 #3 #3 Add Here! Beryllium #3 #3 %23 #3 #3 Add Here! Aluminum #3 23 #3 #3 Add Here! Phosphorous #3 #3 #3 #3 Add Here! Oxygen #3 # #3 #3 Add Here! Fluorine 2# %23 #3 #3 Add Here! 2. Which elements above will form cations? List them below. Add Text Here! 3. Which elements above will form anions? List them below. Add Text Here! 4. What does aluminum need to do in order to become stable? Add Text Here! 5. What does phosphorous need to do in order to become stable? Think about how this is different from what you wrote in #4. Add Text Here! Part 2: Interpret each chemical formela below. Determine how many atoms of each element make up the compounds. 6. NacI 8 NaSO Add Text Here! 7. H,O 9. (NH»PO, Add Text Here! Bonding Unit Os Not Rocket Science 2017 Insert - Shapes - Circles Insert - Lines→ Arrows and text boxes to create electron dot diagrams digitally Part 3: Draw an electron dot diagram to show the compound that will form between each of the elements below. Inchude the chemical formsela to the side of your drawing. 10. Potassium and Chlorine 11. Magnesium and lodide 12. Calcium and Oxygen 13. Sodium and Oxygen
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