e10.pptx | |
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File Type: | pptx |
E10 Electricity and Magnetism
1. The Student Will describe how electric forces and fields affect electric charges, explain how electric discharges occur, and analyze factors that affect the strength and direction of electric forces and fields. (p. 600 – 603)
2. TSW describe electric current, conduction and the factors that affect resistance. (p. 604 – 607)
3. TSW analyze circuit diagrams for series circuits and parallel circuits. (p. 608 – 613)
4. TSW solve equations that relate electric power to current, voltage, and electric current. (p. 604 - 613)
5. TSW describe the effects of magnetic forces and magnetic fields, and explain how magnetic poles determine the direction of magnetic force and the behavior of ferromagnetic materials in terms of magnetic domains. (p. 630 – 633)
6. TSW describe how a moving electric charge creates a magnetic field and relate the force a magnetic field exerts on a moving electric charge to the type of charge and the direction of its movement. (p. 635 – 636)
7. TSW explain how solenoids and electromagnets are constructed, how they work, and describe factors that affect the field strength of both. (p. 637 – 639)
8. TSW compare and contrast AC and DC generators and explain how they work. (p. 642 – 644)
9. TSW analyze the factors that determine the output voltage and current produced by a transformer. (p. 644 – 646)
10. TSW apply the scientific method in a variety of ways with a focus on one or two areas of the process. (Appendix in Curriculum Guide)
2. TSW describe electric current, conduction and the factors that affect resistance. (p. 604 – 607)
3. TSW analyze circuit diagrams for series circuits and parallel circuits. (p. 608 – 613)
4. TSW solve equations that relate electric power to current, voltage, and electric current. (p. 604 - 613)
5. TSW describe the effects of magnetic forces and magnetic fields, and explain how magnetic poles determine the direction of magnetic force and the behavior of ferromagnetic materials in terms of magnetic domains. (p. 630 – 633)
6. TSW describe how a moving electric charge creates a magnetic field and relate the force a magnetic field exerts on a moving electric charge to the type of charge and the direction of its movement. (p. 635 – 636)
7. TSW explain how solenoids and electromagnets are constructed, how they work, and describe factors that affect the field strength of both. (p. 637 – 639)
8. TSW compare and contrast AC and DC generators and explain how they work. (p. 642 – 644)
9. TSW analyze the factors that determine the output voltage and current produced by a transformer. (p. 644 – 646)
10. TSW apply the scientific method in a variety of ways with a focus on one or two areas of the process. (Appendix in Curriculum Guide)
YELLOW DAY
Guided reading worksheets Due Wednesday 23rd
Ohm's Law Calculation Due Friday 25th Power Calculations Due Thursday 29th Test Monday June 4th |
BLUE DAY
Guided reading worksheets Due Thursday 24th
Ohm's Law Calculation Due Monday 28th Power Calculations Due Thursday 29th Test Tuesday June 5th |