What does phosphorous need to do in order to hecome stable? Think about how this is different from what you wrote in 4. Add Text Here!

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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with +3 charge and a 2s2 confiquration and thus attain stability.et from what you
7:12 1
ill
LTE O
+ E
...
Practice: Drawing lonic Bonds
Part 1: Use the periodio tabie to fill in the chart beloe. Then answer the questions that folioe.
1.
# of Valence
Electrons
Element
# of Protons
Group
Oxidation
Ion that Will
Number
Form
Lithium
3
1
1
+1
Li+
Sodium
11
1
1
+1
Na+
Beryllium
4
2
2
+2
Be^2+
Aluminum
13
13
+3
Al^3+
Phosphorous
15
15
-3
P^3+
Osygen
8
16
6.
+2
O^2-
Fluorine
9
17
7
+1
F-1
2. Which clements above will form cations? List them below.
!The elements that form cations are Lithium (2s1), Sodium (3s1), Beryllium
(2$2), Aluminum (3s2 3p1).
3. which deinents above wih lorm aftos? List them below.
The elements that form anions are Oxygen (2s2 2p4), Phosphorus (3s2 3p3)
and Fluorine (2s2 2p5).
4. What does aluminunt necd fo'do fi order to become stable?
Aluminum in order to become stable will readily give up its three valence
electrons occupying the 3 s andp orbitals and attain the stable state of a cation
with +3 charge and a 2s2 configuration and thus attain stability.
5. What does phosphorous need to do in order to become stable? Think about how this is dif
wrote in 4.
Add Text Here!
Part 2: Interpret each chemical formnia below. Determine how many atoms of each element make up tihe conpounds.
* Nase
6. NacI
Na+ and Cl-
Means 1 atom of Na (sodium) with one atom
of CI ( Chlorine) to make Nacl.
7. HO
Two Hyrogen atoms and one oxygen
atom to make H20 molecule.
Bondng Unt
eIrs Net Rocker Scionce 2017
1
2
Transcribed Image Text:with +3 charge and a 2s2 confiquration and thus attain stability.et from what you 7:12 1 ill LTE O + E ... Practice: Drawing lonic Bonds Part 1: Use the periodio tabie to fill in the chart beloe. Then answer the questions that folioe. 1. # of Valence Electrons Element # of Protons Group Oxidation Ion that Will Number Form Lithium 3 1 1 +1 Li+ Sodium 11 1 1 +1 Na+ Beryllium 4 2 2 +2 Be^2+ Aluminum 13 13 +3 Al^3+ Phosphorous 15 15 -3 P^3+ Osygen 8 16 6. +2 O^2- Fluorine 9 17 7 +1 F-1 2. Which clements above will form cations? List them below. !The elements that form cations are Lithium (2s1), Sodium (3s1), Beryllium (2$2), Aluminum (3s2 3p1). 3. which deinents above wih lorm aftos? List them below. The elements that form anions are Oxygen (2s2 2p4), Phosphorus (3s2 3p3) and Fluorine (2s2 2p5). 4. What does aluminunt necd fo'do fi order to become stable? Aluminum in order to become stable will readily give up its three valence electrons occupying the 3 s andp orbitals and attain the stable state of a cation with +3 charge and a 2s2 configuration and thus attain stability. 5. What does phosphorous need to do in order to become stable? Think about how this is dif wrote in 4. Add Text Here! Part 2: Interpret each chemical formnia below. Determine how many atoms of each element make up tihe conpounds. * Nase 6. NacI Na+ and Cl- Means 1 atom of Na (sodium) with one atom of CI ( Chlorine) to make Nacl. 7. HO Two Hyrogen atoms and one oxygen atom to make H20 molecule. Bondng Unt eIrs Net Rocker Scionce 2017 1 2
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