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. Compounds and Chemical Reactions 3.1 Define chemical reaction. 3.2 Give examples of how to write chemical reactions in words. 3.3 Give examples of how to write chemical reactions using symbols. 3.4 Define and describe composition of common acids. 3.5 Define and describe composition of common bases. 3.6 Define and describe neutralization. 3.7 Measure pH of some common household substances. 3.8 Define and describe oxidation and combustion in terms of oxygen reactions. 3.9 Identify steps which can protect metals from oxidation. 3.10 Write in words and symbols examples of the following reactions: neutralization, rusting of iron, and combustion. 3.11 Conduct experiments which demonstrate neutralization, rusting of iron, and combustion. 4. Force and Energy 4.1 Define energy. 4.2 List various forms of energy. 4.3 Define force and give examples. 4.4 List Newton's Laws. 4.5 Define friction and give examples. 4.6 Define work and power. 4.7 Describe simple machines. 4.8 Explain mechanical advantage. 4.9 State Law of Conservation of Energy. 4.10 Give examples of the transforming of energy through it's various forms. 4.11 Describe energy transfer which happens in a common device, such as an automobile. 4.12 Demonstrate transformation of energy from one form to another. 5. Energy in the Home and Workplace 5.1 Distinguish between heat and temperature. 5.2 Describe heat transfer and give examples. 5.3 Demonstrate heat transfer. 5.4 Describe thermal expansion and give examples. 5.5 Apply theories of heat energy to home or workplace. (Optional Project) 5.6 Define electricity. 5.7 Define current, voltage, and resistance and give symbols and SI units of each. 5.8 Describe how Ohm's Law relates current, voltage, and resistance. 5.9 Describe some common uses of electricity. 5.10 Read a household electrical energy meter. 5.11 Compare amounts of electrical energy used by common household appliances and suggest ways of reducing energy consumption. 5.12 Given power rating of various household appliances, calculate cost of electrical energy consumption. 240 ABE Level III Curriculum
Potential Resources Please refer to the annotated bibliography at the end of this section for a brief description of each resource. Modern Chemistry. Tzimopoulos, Metcalfe, Williams, and Caska (1990). Holt, Rinehart, and Winston, Inc. ISBN: 0-03-014502-3 {Chapter 2} Physics Principles and Problems. Zitzewitz and Neff (1992). Glenco Division of Macmillan/McGraw-Hill. ISBN: 0-675-17264-0 {Chapter 2} Chemistry, A Modern Course. Smoot, Price, and Smith (1987). Maxwell Macmillan Canada. ISBN: 02-954021-6 {Chapter 2} Student Course Manuals for Distance Education. Labrador College of Applied Arts, Technology and Continuing Education. Happy Valley-Goose Bay. Audio Visual Materials: Westviking College Level II Science Video Series, vol. 5 - Heat Transfer (29:57 min) vol. 6 - Expansion (34:57min) vol. 7 - Friction (18:00min) vol. 8 - Magnetism and Electromagnetism (28:04min) Westviking College Science Video Series, vol. 8 - Chemical Reactions (18:14min.) vol. 16 - Solutions (46:25min.) vol. 17 - Acids and Bases (41:50min.) vol. 19 - SI Measurement : Area (15:00min.) vol. 20 - SI Measurement : Capacity and Volume (26:25min.) vol. 21 - SI Measurement : Length (26:30min.) vol. 22 - SI Measurement : Mass (14:00min.) On-Line Resources: Westviking Gopher 241 ABE Level III Curriculum
- Page 213: Potential Resources Please refer to
- Page 216 and 217: 3.10 Draw Bohr energy level diagram
- 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 267 and 268: IS 3214 Environmental Science 1. Ba
- Page 269: Potential Resources Please refer to
- Page 272 and 273: 4. Building Blocks of Life 4.1 Defi
- Page 274 and 275: Potential Resources Please refer to
- Page 276 and 277: The Biosphere. Thomas Stephen & Dav
- Page 278 and 279: Focus on Earth Science. Dale T. Hes
- Page 280 and 281: Brace & Company. Used in school sys
- Page 282 and 283: Publishers and Suppliers ACCESS Net
- Page 284 and 285: Copp Clark Pitman Limited 2775 Math
- Page 286 and 287: D. C. Heath Canada Ltd. 100 Adelaid
- Page 288 and 289: L7G 4X6 Charles E. Merrill carried
- Page 290 and 291: Toronto, Ontario M7A 1N8 Telephone:
- Page 292 and 293: Government Departments and Other Ag
- Page 294 and 295: Newfoundland Lung Association P.O.
- Page 297: APPENDIX A Graduation Requirements
- Page 301: APPENDIX B Ongoing Changes ABE to H
- Page 305 and 306: APPENDIX C Student Waiver Form Stud
- Page 308: Appendix D
- Page 312: ABE LEVEL III COURSE COMPARISON MAT
3. Compounds <strong>and</strong> Chemical Reactions<br />
3.1 Define chemical reaction.<br />
3.2 Give examples <strong>of</strong> how to write chemical reactions in words.<br />
3.3 Give examples <strong>of</strong> how to write chemical reactions using symbols.<br />
3.4 Define <strong>and</strong> describe composition <strong>of</strong> common acids.<br />
3.5 Define <strong>and</strong> describe composition <strong>of</strong> common bases.<br />
3.6 Define <strong>and</strong> describe neutralization.<br />
3.7 Measure pH <strong>of</strong> some common household substances.<br />
3.8 Define <strong>and</strong> describe oxidation <strong>and</strong> combustion in terms <strong>of</strong> oxygen reactions.<br />
3.9 Identify steps which can protect metals from oxidation.<br />
3.10 Write in words <strong>and</strong> symbols examples <strong>of</strong> the following reactions: neutralization,<br />
rusting <strong>of</strong> iron, <strong>and</strong> combustion.<br />
3.11 Conduct experiments which demonstrate neutralization, rusting <strong>of</strong> iron, <strong>and</strong><br />
combustion.<br />
4. Force <strong>and</strong> Energy<br />
4.1 Define energy.<br />
4.2 List various forms <strong>of</strong> energy.<br />
4.3 Define force <strong>and</strong> give examples.<br />
4.4 List Newton's Laws.<br />
4.5 Define friction <strong>and</strong> give examples.<br />
4.6 Define work <strong>and</strong> power.<br />
4.7 Describe simple machines.<br />
4.8 Explain mechanical advantage.<br />
4.9 State Law <strong>of</strong> Conservation <strong>of</strong> Energy.<br />
4.10 Give examples <strong>of</strong> the transforming <strong>of</strong> energy through it's various forms.<br />
4.11 Describe energy transfer which happens in a common device, such as an<br />
automobile.<br />
4.12 Demonstrate transformation <strong>of</strong> energy from one form to another.<br />
5. Energy in the Home <strong>and</strong> Workplace<br />
5.1 Distinguish between heat <strong>and</strong> temperature.<br />
5.2 Describe heat transfer <strong>and</strong> give examples.<br />
5.3 Demonstrate heat transfer.<br />
5.4 Describe thermal expansion <strong>and</strong> give examples.<br />
5.5 Apply theories <strong>of</strong> heat energy to home or workplace. (Optional Project)<br />
5.6 Define electricity.<br />
5.7 Define current, voltage, <strong>and</strong> resistance <strong>and</strong> give symbols <strong>and</strong> SI units <strong>of</strong> each.<br />
5.8 Describe how Ohm's Law relates current, voltage, <strong>and</strong> resistance.<br />
5.9 Describe some common uses <strong>of</strong> electricity.<br />
5.10 Read a household electrical energy meter.<br />
5.11 Compare amounts <strong>of</strong> electrical energy used by common household appliances<br />
<strong>and</strong> suggest ways <strong>of</strong> reducing energy consumption.<br />
5.12 Given power rating <strong>of</strong> various household appliances, calculate cost <strong>of</strong> electrical<br />
energy consumption.<br />
240<br />
ABE Level III Curriculum