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Lesson Plans – Kovalcin
SP Physics |
Week Beginning
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Activities |
Content Covered |
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M O N D A Y |
Introduce: Overview of the topic of magnetism - magnetic forces, magnetic fields, magnetic flux, magnetic induction, Faraday's Law, Lenz's Law, induction coils in DC circuits.Develop: Magnetic forces on moving charged particles and on current carrying wires. Compare bar magnet to solenoid.Introduce: Lab 11:2 Magnetic Deflection of Moving Charged particles - Assign lab to be completed by Friday.Assign: HW 121 #1-6 Magnetic Force on Moving ChargesHW 122 #8-13 Magnetic Forces on Currents [equivalent HW 11:4 Magnetic Forces HW 11:5 Magnetic Fields]
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Proficiencies Addressed -39. * Demonstrate an understanding of the generation of magnetic fields by matter and the resulting interaction of magnetic fields and para-, dia- and ferro-magnetic materials. (CCCS#5.7)40. * Demonstrate an understanding of the relationship between magnetic fields and moving charged particles. (CCCS#5.7)41. * Demonstrate the ability to predict both the direction and magnitude of the magnetic fields near wires, coils, and solenoids using either the Biot-Savart Law and/or Ampere's Law. (CCCS#5.7)42. * Demonstrate the ability to
calculate magnetic flux and to use both Faraday's Law and Lenz's Law to
predict the resulting EMF within an appropriate conducting element. (CCCS#5.7)
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T U E S D A Y |
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W E D N E S D A Y |
Review: HW 121 #1-6 Magnetic Force on Moving ChargesHW 122 #8-13 Magnetic Forces on Currents [equivalent HW 11:4 Magnetic Forces HW 11:5 Magnetic Fields]Introduce: Magnetic fields - relate to Special Relativity - Calculating magnetic field using Biot-Savart law.Announce: Quiz - Magnetic Forces & Moving Charges[qvxB] for MondayAssign:
HW 123 #1-5 Magnetic Forces Between Wires
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T H U R S D A Y |
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Evaluations:
Magnetic Forces & Fields
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F R I D A Y |
AP Physics Review: APC 1996:1,2; 1997:1,2 1998:1,2 Free Response
Assign:
APC 1999:1,3; 2000:2,3 2001:1,2 Free Response
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