6. Understand and induction and inductance using algebra ___ days/weeks/ periods/percentage concepts and methods where appropriate. 7. Understand and apply resistance using algebra concepts and ___ days/weeks/ periods/percentage methods where appropriate. 8. Understand and apply capacitance using algebra concepts ___ days/weeks/ periods/percentage and methods where appropriate. 9. Understand and apply basic circuit analysis using algebra ___ days/weeks/ periods/percentage concepts and methods where appropriate. 10. Understand and apply electric power using algebra concepts ___ periods/percentage and methods where appropriate. 11. Understand and EMF using algebra concepts and ___ days/weeks/ periods/percentage methods where appropriate. 12. Understand and apply electromagnetic waves using algebra ___ periods/percentage concepts and methods where appropriate. 13. Understand and apply Kirchhoff’s Law using algebra ___ periods/percentage concepts and methods where appropriate. 14. Understand and apply R-L-C circuits using algebra concepts ___ days/weeks/ periods/percentage and methods where appropriate. 15. Understand and apply Faraday’s Law using algebra concepts ___ days/weeks/ periods/percentage and methods where appropriate. 16. Understand and apply conductivity using algebra concepts ___ days/weeks/ periods/percentage and methods where appropriate. 17. Understand and apply geometric optics using algebra ___ periods/percentage concepts and methods where appropriate. 18. Understand and apply diffraction using algebra concepts ___ days/weeks/ periods/percentage and methods where appropriate. 19. Understand and apply interference using algebra concepts ___ periods/percentage and methods where appropriate. 20. Understand and apply polarization using algebra concepts ___ days/weeks/ periods/percentage and methods where appropriate.
6. Understand and induction and inductance using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 7. Understand and apply resistance using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 8. Understand and apply capacitance using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 9. Understand and apply basic circuit analysis using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 10. Understand and apply electric power using algebra concepts and methods where appropriate. ___ periods/percentage 11. Understand and EMF using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 12. Understand and apply electromagnetic waves using algebra concepts and methods where appropriate. ___ periods/percentage 13. Understand and apply Kirchhoff’s Law using algebra concepts and methods where appropriate. ___ periods/percentage 14. Understand and apply R-L-C circuits using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 15. Understand and apply Faraday’s Law using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 16. Understand and apply conductivity using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 17. Understand and apply geometric optics using algebra concepts and methods where appropriate. ___ periods/percentage 18. Understand and apply diffraction using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage 19. Understand and apply interference using algebra concepts and methods where appropriate. ___ periods/percentage 20. Understand and apply polarization using algebra concepts and methods where appropriate. ___ days/weeks/ periods/percentage
OSC015%20Algebra-Based%20Physics%20II%20-%20CEMS%20Match%20Submission%20Template.docx