Chemistry 2202
EXTRA
HELP IS ON THURSDAYS!
Students are reminded
that any missing assessments will be assigned a mark of ZERO at the end
of the year. Time is allotted after school on Wednesdays and Thursdays to make
up any missed assignments. Parents – please use the PowerSchool login
provided to you by the school to log in and check your child’s work and
attendance. If you have not received your login information, please contact Ms.
Smith (ysmith@lsb.ca).
For tips on using your PowerSchool
login, please refer to this
document.
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Course outcomes: |
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Lost
your periodic table? |
Get Ready for Your
Midterm! |
Get Ready for your
Final! |
Course notes: please note – notes are updated
frequently. The same file may be added to on a daily basis.
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To print notes, hold down
ctrl and p at the same time. One the bottom left where is says “Print What”, choose “Handouts” from the
drop-down menu. To the right of this, where it says “slides per
page”, choose whatever you like (6 per page will save the most paper and
ink). To save colour ink, choose “Grayscale” on the bottom left
where is says “Color/Grayscale”. Then click ok and the notes will
start printing.
Evaluations:
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Evaluation |
Date Due/Test Date |
Date Returned |
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Quiz – Review of Basics from 1206 |
October 3 |
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Extra Review (textbook):
These are intended as extra help, not assigned work. Try a few
problems from each group.
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Unit |
Problem Sets – Check your answers against the answers in
the back of the book |
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1: Stoichiometry |
Isotopes page 14: # 5 page 20: # 1 page 37: # 5 - 7 page 45: # 1 - 4 (#4 hint:
Let one isotope be x, the other will be 1-x) page 46: # 1 - 6 page 75: # 1 - 3, 6, 9 – 12 page 54: # 1 page 57: # 16 - 19 page 76: # 16 Moles
to mass and mass to moles page 59: # 20 - 23 (in #23 convert:
1000g = 1kg) page 60: # 24 - 26 (Convert:
1kg = 1000g) page: 114: # 1 – 3 page 115: #4 - 7 page 117: # 8 - 10 page 121: # 11 - 13 page 122: # 15 and 18 page 125: # 19 - 21 page 126: # 1, 3, 6 and 7 page 149: # 6 - 8, 10 page 242: items 1, 2, 3, 4 and
6 page 277: items 1, 2 and 3. Solubility page 286: # 1 -3 page 287: # 3 and 4 Dissociation Equations page 300: #7, 8, 9, 10b (dissociation Equations
only!) page 310: #5 Mass/Volume
percent page 258: # 1 - 4 Mass/Mass
percent page 261: # 5 - 9 |
Particles
to moles and moles to particles page 51: # 5 - 11 page 53: # 12 - 15 page 54: # 4 - 8 Moles, mass, and number of
particles page 63: # 28 - 33 page 64: # 34 - 37 page 65: # 2, 4, 5 Volume
to mass and mass to volume page 73: # 38 - 43 page 74: # 1 - 3a, 4 Review page 75: # 13 - 15, 17, 18, 26a - f, 27 page 121: # 14 page 123: # 16 and 17 page 125: # 22 page 150: # 15 - 18 page 129: Thought Lab:. The
Limiting Item. page 130: # 23 - 26 page 134: # 27 - 28 Volume/Volume percent page 263: # 10 - 14 Mass/Volume percent page 258: # 1 - 4 Molar
Concentration page 268: # 19 - 2 page 278: #15 – 17 Solution
Preparation page 273: # 25 - 27 page 276: # 1 - 5 page 277: # 18 – 20 Ion
Concentrations page 300: #7, 8, 9, 10 page 307: #1 and 2 page 310: #11 |
Percent composition page 82: # 1 - 4 page 85: # 5 - 8 page 86: # 1 - 6 page 107: #1, 6, 8a, 9, 10 page 83: Thought Lab. Empirical
Formula page 89: #9 - 12 page 91: #13 -16 page 94: #1 - 4, 6 - 8 page 107: # 11, 13, 14, 15, 16, 17a Molecular
Formula page 97: 17 - 20 page 98: 1 - 6 page 103: 23 - 25 page 107: # 12, 18, 19, 21 page 135: # 1 - 7 page 149: # 9, 11 - 14 page 139: # 31 - 33 (1kg = 1000g) page 148: # 2 page 146: #38 page 150: # 20, 21, 22 Limiting
Reagent page 306: #'s 19. Na2S(s) + Pb(NO3)2(aq)à PbS(s) + 2NaNO3(aq) 20. 2KI(aq) + Pb(NO3)2(aq)à PbI2(s)
+ 2KNO3(aq) 21b,c. 3NaOH(aq) + Al(NO3)3(aq)à
Al(OH)3(s) + 3NaNO3(aq) 22. 2HCl(aq) + Pb(NO3)2(aq)à PbCl2(s)
+ 2HNO3(aq) page 307: #'s 4. Na2CO3(s)
+ Ba(NO3)2(aq)à BaCO3(s) + 2NaNO3(aq) 5. 2Al (s) + 3CuSO4 (aq) à 3 Cu (s) + Al2(SO4)3
(aq) 6. Zn
(s) + 2HCl (aq) à H2 (g) + ZnCl2 (aq) 7 and 8 (equations within questions) 9.2Fe
(s) + 3CuSO4 (aq) à 3Cu (s) + Fe2(SO4)3
(aq) |
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2: Chemical Bonding |
Electron Energy Level
Theory page 20: # 7 and 8 page 21: # 6 page 164: # 1 – 3 Lewis Theory page 164: Practice Problems: # 1
and 2 page 164: Section Review: # 4 page 181: # 3, 5, and 10 Electronegativity and Bond Types page 178: # 7 - 9 page 180: # 1 - 4 page 181 : # 15, 16, 18, 19, 24, and 25 Electrons in Metallic
Substances page 172: # 3 page 181: # 13, 14 Ionic Bonding page 167: # 3 page 172: # 2 page 181: # 4 and 7 |
Structures and Properties page 181: # 8 and 9 page 224: # 4 Covalent Bonding page 170: # 4 - 6 page 172 : # 3 and 4 page 181 : # 6, 11, and 12 page 189: # 1 (Lewis and
structural diagrams only) and 4 page 201: # 1 (Lewis and
structural diagrams only) VSEPR Theory page 193: # 6 and 7 page 201: # 5 and 6 (omit
polarity) Bond Dipoles page 178: # 7 - 9 page 182: #20 and 21 |
Molecular Dipoles page 196: # 8 - 10 page 201: # 1 - 4, and 5 page 226: # 12 IMFs page 241: Thought Lab:
Matching Solutes and solvents. (Do all questions wan der Waals Forces page 215: # 2 and 3 page 225: # 2 and 5 Hydrogen Bonding page 215: #4 - 6 page 225: #4, 6 - 8 Properties of Molecular Compounds page 215: #4 - 6 page 225: #4, 6 - 8 Comparison of Bond Strengths page 224: #1, 3 - 5 page 225: #9, 10, 13 - 18, 22 |
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3: Organic Chemistry |
History of Organic
Chemistry page 323: # 1 page 371: # 9 Sources of Organic Compounds page 323: # 2 and 3 page 371: # 1 and 8 Bonding Properties of
Carbon page 330: #1 page 371: #3 Isomerism page 330: #3 page 371: #4 Classifying Organic
Compounds page 332: #1-4 page 372: #10-12 Alkanes and Alkyl
Groups page 330: #s 3 & 4 page 336: #s 5-7 page 338: #s 8-11 page 372: #16 Alkenes and Alkynes page 347: # 17 - 19 (alkenes)
page 348: # 20 - 23 (alkenes)
page 354: # 28 and 29 (alkynes)
page 363: # 4 (omit d and e), 5
(omit e and f), 7a page 372: # 14, 15, 17 (omit b and
f), 18 - 20. (review) |
Cyclic Aliphatics page 358: #30-31 page 363: #6-8 page 372: #17b Aromatics page 361: #32-35 page 363: #4, 5, 9 page 371: #17f, 24 Petrochemical
Industry page 343: # 12 - 16 (Combustion
Reactions) page 364: # 10 and 11(Combustion
Reactions) page 369: # 1 - 5 (refining)
page 374: # 38 - 43, 47(review)
Organic Halides page 391: # 12 - 15 page 393: # 16(a,b) and 17(a,b), page 400: # 9b, 10b,d, 11d,e, page 363: # 12b, 13c (aromatics)
page 373: # 28h, 29c, 34 (aromatics)
Condensation Polymerization page 430: # 1 - 5 page 436: # 1 - 4, 7* page 453: # 1, 4, 5, 7,
15*, 16* page 444: # 1 - 3 |
Alcohols and Ethers page 388: # 8 - 11 (alcohols)
page 393: 16(a,c, d), 18, 19 (reactions - alcohols) page 395: 20 - 23 (ethers)
page 400: # 1(b,c), 2(a,b,e), 3(a), 4, 5a, 6
- 11 Aldehydes and Ketones page 406: # 32a,c page 419: # 1(a,b,d,e), 3(a,b,c), 8a Organic Acids and Esters page 406: # 32 - 35 (carboxylic acids) page 411: # 36 - 40 (esters)
page 417: #45(a,b,d,e), 46 (omit c in 45),
47, 48 page 419: #1(c,f), 3e, 4(b,d),
6, 9, 11 Amides and Amines page 398: # 24 - 27 (amines)
page 400: # 1a, 2c,d, 3b,e, 5b page 414: # 41 - 44 (amides)
page 419: # 1g, 3d, 4a,
5, 8b,c, 10 |