Program Guide - Department of Human Resources, Labour and ...
Program Guide - Department of Human Resources, Labour and ... Program Guide - Department of Human Resources, Labour and ...
3.10 Draw Bohr energy level diagrams for atoms and ions of first twenty elements, where applicable. 3.11 Describe how Bohr model of atom and periodic table are matched. 3.12 Predict ionic charge for ions of the main group elements from the group number. 3.13 Explain why hydrogen has a unique position in periodic table. Potential Resources Please refer to the annotated bibliography at the end of this section for a brief description of each resource. ALCHEM 10. (1987) J.M. LeBel Enterprises Ltd. Available from school supplies. Modern Chemistry. (1990) Tzimopoulos, N.D., et al. Holt, Rinehart and Winston. ISBN: 0-03-014502-3. Chemistry: A Human Venture. (1988) Percival & Wilson. Irwin Publishing. ISBN: 0-7725- 1696-0 Chemistry: A Modern Course. (1987) Smoot, Price & Smith. Merrill Pub. Co. ISBN: 0-02- 954021-6 ALCHEM Chemistry. (1990). J.M. LeBel Enterprises Ltd. ISBN: 920008-31-3 Chemistry, A First Course, (1988). Rayner-Canham, G., et al., Addison-Wesley Publishers. ISBN: 0-201-17880-X Chemicals In Action, (1987). Donovan, T.R., Holt, Rinehart, and Winston of Canada, Limited. ISBN: 0-03-921975-5 Student Course Manuals for Distance Education. Labrador College of Applied Arts, Technology and Continuing Education. Happy Valley-Goose Bay. On-Line Resources: Westviking Gopher 192 ABE Level III Curriculum
IH 3112 Chemical Language Prerequisite " IH 3111 1. Names, Formulas, and Properties of Molecular Substances 1.1 Distinguish between elements and compounds. 1.2 Define molecular substances. 1.3 Distinguish between molecular elements from molecular compounds. 1.4 Define covalent bonding. 1.5 Illustrate covalent bonding in simple substances such as molecular hydrogen (H2). 1.6 Define molecule. 1.7 Distinguish between molecular and structural formulas. 1.8 Examine rules for naming molecular compounds. 1.9 Given names, write formulas for binary molecular compounds. 1.10 Given formulas, write names for binary molecular compounds. 1.11 Match formulas with names of common molecular elements and compounds such as water, ozone, ammonia, molecular hydrogen, etc. 2. Names, Formulas, and Properties of Ionic Substances 2.1 Define ionic compounds in terms of types of atoms involved. 2.2 Describe ionic bonding as caused by transfer of electrons. 2.3 Distinguish between molecular and empirical formulas. 2.4 Examine rules used in naming binary ionic compounds. 2.5 Given names, write formulas for binary ionic compounds. 2.6 Given formulas, write names for binary ionic compounds. 2.7 Distinguish between simple, complex, and polyatomic ions. 2.8 Match names of common complex ions to their formulas and recognize their associated charges. 2.9 Using a table of prefixes, write names or formulas for hydrated compounds. 2.10 Write formulas and names for compounds containing complex ions. 2.11 Define solubility. 2.12 Determine whether ionic compounds have low or high solubility using solubility table. 193 ABE Level III Curriculum
- Page 165 and 166: IM 3212 Algebra IV 1. Conic Section
- Page 167 and 168: IM 3213 Algebra V 1. Polynomial Fun
- Page 169 and 170: IM 3114 Geometry I 1. Parallel Line
- Page 171 and 172: IM 3115 Geometry II 1. Similarity 1
- Page 173 and 174: IM 3216 Trigonometry 1. Trigonometr
- Page 175 and 176: IM 3217 Advanced Algebra I 1. Real
- Page 177 and 178: IM 3218 Advanced Algebra II 1. Syst
- Page 179 and 180: IM 3219 Advanced Algebra III 1. Pol
- Page 181: Potential Resources Please refer to
- Page 184 and 185: 5. Parallelograms and Trapezoids 5.
- Page 186 and 187: proofs and determining length of va
- Page 188 and 189: Potential Resources Please refer to
- Page 190 and 191: Covers objectives for both options
- Page 192 and 193: following text: College Algebra and
- Page 195: Science
- Page 198 and 199: IH 3120 Electrochemistry Physics IP
- Page 200 and 201: 6. Biological Organization of Livin
- Page 202 and 203: (circulatory) system for one exampl
- Page 205 and 206: IB 3113 Ecology 1. Biosphere 1.1 De
- Page 207 and 208: IB 3214 Genetics 1. Meiosis 1.1 Out
- Page 209 and 210: IB 3115 Evolution 1. Darwin-Wallace
- Page 211 and 212: IB 3316 Human Systems 1. Skeleto-mu
- Page 213: Potential Resources Please refer to
- Page 218 and 219: 3. Names, Formulas, and Properties
- Page 220 and 221: Potential Resources Please refer to
- Page 222 and 223: 4. Stoichiometric Calculations and
- Page 224 and 225: 3. Property Differences of Matter i
- Page 227 and 228: IH 3116 Solution Chemistry Prerequi
- Page 229 and 230: IH 3117 Rates, Reaction, and Equili
- Page 231 and 232: IH 3118 Acids and Bases Prerequisit
- Page 233 and 234: IH 3119 Organic Chemistry (Optional
- Page 235 and 236: IH 3120 Electrochemistry (Optional)
- Page 237 and 238: IP 3111 Electricity I 1. Static Ele
- Page 239 and 240: IP 3112 Electricity II 1. Electrica
- Page 241 and 242: IP 3213 Waves 1. Properties of Wave
- Page 243: Please refer to the annotated bibli
- Page 246 and 247: 4.6 Draw graph of temperature versu
- Page 249 and 250: IP 3215 Mechanics I 1. Motion 1.1 D
- Page 251 and 252: IP 3216 Mechanics II 1. Newton's La
- Page 253: Potential Resources Please refer to
- Page 256 and 257: 5. Relationship Between Oceans and
- Page 259 and 260: IS 3212 Geology 1. Rocks and Minera
- Page 261: Potential Resources Please refer to
- Page 264 and 265: 3. Compounds and Chemical Reactions
IH 3112<br />
Chemical Language<br />
Prerequisite " IH 3111<br />
1. Names, Formulas, <strong>and</strong> Properties <strong>of</strong> Molecular Substances<br />
1.1 Distinguish between elements <strong>and</strong> compounds.<br />
1.2 Define molecular substances.<br />
1.3 Distinguish between molecular elements from molecular compounds.<br />
1.4 Define covalent bonding.<br />
1.5 Illustrate covalent bonding in simple substances such as molecular hydrogen<br />
(H2).<br />
1.6 Define molecule.<br />
1.7 Distinguish between molecular <strong>and</strong> structural formulas.<br />
1.8 Examine rules for naming molecular compounds.<br />
1.9 Given names, write formulas for binary molecular compounds.<br />
1.10 Given formulas, write names for binary molecular compounds.<br />
1.11 Match formulas with names <strong>of</strong> common molecular elements <strong>and</strong><br />
compounds such as water, ozone, ammonia, molecular hydrogen, etc.<br />
2. Names, Formulas, <strong>and</strong> Properties <strong>of</strong> Ionic Substances<br />
2.1 Define ionic compounds in terms <strong>of</strong> types <strong>of</strong> atoms involved.<br />
2.2 Describe ionic bonding as caused by transfer <strong>of</strong> electrons.<br />
2.3 Distinguish between molecular <strong>and</strong> empirical formulas.<br />
2.4 Examine rules used in naming binary ionic compounds.<br />
2.5 Given names, write formulas for binary ionic compounds.<br />
2.6 Given formulas, write names for binary ionic compounds.<br />
2.7 Distinguish between simple, complex, <strong>and</strong> polyatomic ions.<br />
2.8 Match names <strong>of</strong> common complex ions to their formulas <strong>and</strong> recognize their<br />
associated charges.<br />
2.9 Using a table <strong>of</strong> prefixes, write names or formulas for hydrated compounds.<br />
2.10 Write formulas <strong>and</strong> names for compounds containing complex ions.<br />
2.11 Define solubility.<br />
2.12 Determine whether ionic compounds have low or high solubility using<br />
solubility table.<br />
193<br />
ABE Level III Curriculum