Holdet 2023 fy/HL - Undervisningsbeskrivelse - Lectio - X

Holdet 2023 fy/HL - Undervisningsbeskrivelse

Undervisningsbeskrivelse

Stamoplysninger til brug ved prøver til gymnasiale uddannelser

Termin(er)	2023/24 - 2024/25
Institution	X - Hasseris Gymnasium
Fag og niveau	Fysik -
Lærer(e)	Sarah Westh Krog, Thomas Bastholm Lynge
Hold	2023 fy/HL (IB1 fyHL, IB2 fyHL)

Oversigt over gennemførte undervisningsforløb

Titel 1	Physics HL
Titel 2	B.1 Thermal Energy Transfers
Titel 3	Practical Work
Titel 4	B.2 Greenhouse Effect
Titel 5	CSP
Titel 6	B.3 Gas Laws
Titel 7	B.4 Thermodynamics
Titel 8	B.5 Current & Circuits
Titel 9	Revision
Titel 10	C.2 Wave Model
Titel 11	C.3 Wave Phenomena
Titel 12	C.4 Standing Waves & Resonance
Titel 13	C.5 Doppler Effect
Titel 14	A.1 Kinematics
Titel 15	A.2 Forces & Momentum
Titel 16	A.3 Work, Energy & Power
Titel 17	C.1 Simple Harmonic Motion
Titel 18	A.4 Rigid Body Mechanics
Titel 19	E.1 Structure of the Atom
Titel 20	E.2 Quantum Physics
Titel 21	A.5 Galilean and Special Relativity
Titel 22	D.1 Gravitational Fields
Titel 23	IA
Titel 24	D.2 Electric and Magnetic Fields
Titel 25	D.3 Motion in EM Fields
Titel 26	D.4 Induction

Beskrivelse af de enkelte undervisningsforløb (1 skema for hvert forløb)

Titel 1	Physics HL Course Overview Course book: Tsokos K. A., Physics for the IB Diploma 7th ed. ______________________________________________ IB1 ______________________________________________ Unit B: The Particulate Nature of Matter Course book pp. 155-262 Unit C: Wave Behaviour Course book pp. 263-356 Unit A: Space, Time and Motion Course book pp. 1-154 CSP ______________________________________________ IB2 ______________________________________________ Unit D: Fields Course book pp. 357-448 Unit E: Nuclear and Quantum Physics Course book pp. 449-528 IA
Indhold	Kernestof: 7.1 Particles, Temperature and Energy.pdf 7.2 Specific Heat Capacity & Change of Phase.pdf K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 1-5, 7-14, 16-17, 20-26, 29-36, 39-49, 52-57, 61-67, 70-81, 84-95, 97-116, 119-121, 125-140, 143-146, 155-165, 168-171, 173-174, 177-184, 188-189, 191-202, 205-215, 218-227, 232-235, 238-239, 241-250, 254-259, 264-271, 273-275, 279-283, 286-295, 298-299, 301-305, 308-316, 318-326, 329-338, 340-343, 347-349, 351-353, 358-364, 366-371, 373-379, 385-393, 395-402, 406-410, 417-419, 421-424, 428-437, 443-446, 451-458, 463-470, 473-475, 479-484, 486-492, 494-500, 507-512, 515-524 Answer Test Your Understanding (TYU) questions 1-6. Each individual student must be ready to present his/her answers to "Particles, Temperature and Energy". 7.3 Thermal Energy Transfer_1.pdf Ready to present "Specific Heat Capacity and Change of Phase". Do TYU7:8-9,11-13,15-17,19,21. 7.3 Thermal Energy Transfer_2.pdf Ready to present "Thermal Energy Transfer 1/2". TYU 7.22-31,34-36,38-42. At the beginning of the lecture each group will present a plan for the experiment including Work in the following groups: 8.1 Radiation from Real Bodies.pdf Ready to present "Thermal Energy Transfer 2/2". TYU 7:44,49,51b,52-53. CSP Introduction.pptx CSP Template.docx 8.2 Energy Balance of the Earth.pdf Ready to present "Radiation from Real Bodies". TYU8:1,3-4,5a. Ready to present "Energy Balance of the Earth". TYU8:6-7,14-15. PC CSP Introduction (3).pptx Ready to present your Data Processing and Conclusion from the "Determine c"-experiment. WE 9.1-3. TYU9:1,3-9. WE 9.4-5. WE 9.6-11. TYU9:10,13,15-20. WE 9.13-15. Science Day Directions to AAU Innovate.pdf CSP REFLECTION TASK.docx TYU 9:23-24,26-31. TYU10:6-7. Each group prepares a five-minute-long oral poster presentation where all group members participate. There will be a total of 12 six-minute-long rotations including approximately one minute for questions from the PreIB students. WE 10.3-7. TYU10:8-9,10a,12-21,24. Form three groups of your own choosing. Describe the variable control (independent, dependent and controlled variables) of the experiment(s). WE 10.9 TYU 10:25,27-30. TYU 10:33,40-41,43. TYU 10:34-35,37. TYU11:9,12. Describe how the resistance of the components that you studied in the previous lecture depends on the current through them, and find the resistance of the Ohmic resistors. TYU11:13-14,16,19. Bring your answers to TYU11:13-14,16,19. TYU11:2,4-5,7-8,10-11. Finish the data processing of the "Metal Wire"-experiment, and find the resistivity. TYU11:20-21,23-24,28-29. TYU11:32,35a,37-47. TYU11:50-53. CY 1-4. WE 13.1-6. Ready to present "Wave Model". TYU13.2-3,7-10,12,14ab,15,17-18,20. 14.1-3 Wave Phenomena.pdf WE 14.1-6. TYU14:1-7,9-10,12,14-16,18-19,22-23,25-26,28,30,32,34. Ready to present "Wave Phenomena". 14.4-5 Diffraction (AHL).pdf WE 14.7-9. Ready to present "Diffraction". TYU14:37-39,42,44-46. Wavelength of Laser Light.pdf 15.1-3) Standing Waves.pdf Finish the data processing of the "Young's Double-Slit" experiment. WE 15.1-5. TYU15:1-7,10-11,13-14,16,19-21. Ready to present "Standing Waves". Finish the data processing of the "Waves on a String" experiment. Doppler Effect WE 16.1 WE 16.2-5 TYU16:1,3-5,7. TYU16:8,14(EXTRA),15(EXTRA). W.E. 2-5,7. Afsnit Artem, Christoffer & Kostas: R07.Leah, Myroslav & Yihan: R07.Daniel, Josephine, Matteo & Sergiu: R01. TYU1:1-4,10,12a,12b(EXTRA). Analyze and compare the graphs of y(t), v(t) and a(t) as well as E_kin(t), E_pot(t) and E_mec(t) for the bouncing tennis and table tennis balls. W.E. 8-9 Work in pairs. HL in R03, SL in R01. Finish the Data Processing for the "Determine g"-experiment. TYU1:13-14,15(EXTRA),19-27,28ab. W.E. 10-15 TYU1:31,33-35,37. W.E. 16 Finish the data processing for the muffin cup experiment. W.E. 1-5 TYU2:1-14. W.E. 6-9 W.E. 10-13 TYU2:15-16,18,21-22,24-26. W.E. 14-18. Write down the equations of motion for the pendulum bob and find out what to have on the axes in order to find g as the gradient of a straight line. Conical Pendulum - Setup.docx Ex. 14.6:1a-lr-v. TYU2:34,36,43. WE 1-2,5-7. TYU3:5-6,8,13. WE 4,8-9. TYU3:14-15,17 TYU3:22-23,26. TYU3:30-37. TYU4:2a,3a,4. TYU4:5,8. TYU4:12,14-15,19-21. Practical: Finish the data processing of the "Oscillations" experiment. TYU4:24-25. TYU12:1-4,8-14. 15.4) Resonance & Damping.pdf TYU12:16,18-20,22-23,25,27-29,33. TYU12:35. Ballistic Pendulum Based on a theoretical model set up an equation that will allow you to find the elevation angle required to hit a target that is at a different height above the floor than the launcher. Maple Installation PC Maple Installation Mac In terms of the rubber band's length d and spring constant k and Barbie's mass m derive an equation for Barbie's speed and height x above the floor at the instant when the rubber band starts to stretch. Barbie.jpeg Barbie.MOV TYU15:22-23,25-26,27a,28-30. Review and update your mock exam papers by referring to the mark schemes and my solutions so that you are able to demonstrate progress in your learning process. TYU5:5. TYU5:6-8,13,15b,16-17,18a. TYU5:25,26a. TYU: 15, 17 Exercise Nuclear reactions.docx TYU 17 and 21 page 485 RADON TYU: 32, 33 and 38 Prepare for lab Information you might want for the report on half-life of Ba-137: Prepare for lab: Presentation of results from lab: types of radioactive decay TYU: 52, 55 (Christoffer: 54) Nuclear Fission Debate_Fission vs fusion.docx Be ready with presentations on Fission Microsoft Forms - Stars and HR-diagrams Stellar properties and HR-diagrams.pptx Microsoft Forms - FUSION Be ready for Fission-fusion-no nuclear power debate Investigating different usages of radioactivity TYU 7, 8, 9 p. 525-526 Stellar evolution.pptx Emission absorption and the hydrogen atom.pptx Khan academy: Energy levels TYU21:1-5,10-12. 21.2 Quantisation of Angular Momentum.docx PhET Photoelectric Effect 22.1 Photoelectric Effect.docx TYU21:14-17. 22.2 Matter Waves.docx TYU 22:6-9,11a,12ade,13,14a,15-16. TYU 22:21-22,26-29,30a,31ab,33,35a. Electron Diffraction.gif TYU6:1-3,6-7,10,12b,14-15. 6.1 Reference Frames & Lorentz Transformation.docx TYU6:16-17,20bc,23a,25,27,29,31,33(EXTRA). 6.2 Effects of Relativity.docx TYU17:19,22,24-26. TYU17:27,30-32,34-36,38-40. TYU17:1-7,9-10,13ab,14,15(EXTRA),16a. TYU17:28-29,33,37. TSM (IA).pdf 1 Hydrodynamics.pdf Physics Guide (IA).pdf Propose at least three possible topics for your physics IA including Research Question, Methodology and Equipment needed. Bring a list of the equipment that you will need and a description of your methodology. Review and update your answers to the mock exam questions by referring to the mark schemes and my solutions so that you are able to demonstrate progression in your learning process on the board. Prepare a digital presentation of your 1st draft including TYU18:1-3,4b. TYU18:9-10,13,15-16. TSM (Criteria).pdf TSM (Uncertainties).pdf TYU18:17-25,33-34. TYU18:27-29. TYU18:30,35,37. TYU18:38,40,44b,47-48,51,53. TYU 19:2-3,6. TYU19:7,11,13-16. 20250211_160301.jpg TYU20:1-3,5-6,11,16-19. AC Generator TYU20:7-10,12-13,15,20. TYU20:22-24. Read my annotated version of your first draft. Review your answers to paper 1A by comparing with my solution and the markscheme. Review your answers by comparing with my solution and the markscheme.
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Titel 2	B.1 Thermal Energy Transfers
Indhold	Kernestof: 7.1 Particles, Temperature and Energy.pdf 7.2 Specific Heat Capacity & Change of Phase.pdf K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 155-165, 168-171 Answer Test Your Understanding (TYU) questions 1-6. Each individual student must be ready to present his/her answers to "Particles, Temperature and Energy". 7.3 Thermal Energy Transfer_1.pdf Ready to present "Specific Heat Capacity and Change of Phase". Do TYU7:8-9,11-13,15-17,19,21. 7.3 Thermal Energy Transfer_2.pdf Ready to present "Thermal Energy Transfer 1/2". TYU 7.22-31,34-36,38-42.
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Titel 3	Practical Work
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 16-17, 165, 191-193 Do TYU7:8-9,11-13,15-17,19,21. At the beginning of the lecture each group will present a plan for the experiment including Work in the following groups: PC WE 9.4-5. Form three groups of your own choosing. Describe the variable control (independent, dependent and controlled variables) of the experiment(s). TYU11:9,12. Describe how the resistance of the components that you studied in the previous lecture depends on the current through them, and find the resistance of the Ohmic resistors. TYU11:13-14,16,19. Wavelength of Laser Light.pdf Artem, Christoffer & Kostas: R07.Leah, Myroslav & Yihan: R07.Daniel, Josephine, Matteo & Sergiu: R01. Work in pairs. HL in R03, SL in R01. Write down the equations of motion for the pendulum bob and find out what to have on the axes in order to find g as the gradient of a straight line. Conical Pendulum - Setup.docx Ex. 14.6:1a-lr-v. Practical: Ballistic Pendulum Based on a theoretical model set up an equation that will allow you to find the elevation angle required to hit a target that is at a different height above the floor than the launcher. Maple Installation PC Maple Installation Mac In terms of the rubber band's length d and spring constant k and Barbie's mass m derive an equation for Barbie's speed and height x above the floor at the instant when the rubber band starts to stretch. Barbie.jpeg Barbie.MOV TYU 22:21-22,26-29,30a,31ab,33,35a. Electron Diffraction.gif 20250211_160301.jpg
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Titel 4	B.2 Greenhouse Effect
Indhold	Kernestof: 8.1 Radiation from Real Bodies.pdf K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 173-174, 177-184 Ready to present "Thermal Energy Transfer 2/2". TYU 7:44,49,51b,52-53. 8.2 Energy Balance of the Earth.pdf Ready to present "Radiation from Real Bodies". TYU8:1,3-4,5a. Ready to present "Energy Balance of the Earth". TYU8:6-7,14-15.
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Titel 5	CSP
Indhold	Kernestof: CSP Introduction.pptx CSP Template.docx CSP Introduction (3).pptx CSP REFLECTION TASK.docx Each group prepares a five-minute-long oral poster presentation where all group members participate. There will be a total of 12 six-minute-long rotations including approximately one minute for questions from the PreIB students.
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Titel 6	B.3 Gas Laws
Indhold	Kernestof: Ready to present your Data Processing and Conclusion from the "Determine c"-experiment. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 188-189, 191-202 WE 9.1-3. TYU9:1,3-9. WE 9.4-5. WE 9.6-11. TYU9:10,13,15-20. WE 9.13-15.
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Titel 7	B.4 Thermodynamics
Indhold	Kernestof: TYU 9:23-24,26-31. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 205-215, 218-227 TYU10:6-7. WE 10.3-7. TYU10:8-9,10a,12-21,24. WE 10.9 TYU 10:25,27-30. TYU 10:33,40-41,43.
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Titel 8	B.5 Current & Circuits
Indhold	Kernestof: TYU 10:34-35,37. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 232-235, 238-239, 241-250, 254-259 Bring your answers to TYU11:13-14,16,19. TYU11:2,4-5,7-8,10-11. Finish the data processing of the "Metal Wire"-experiment, and find the resistivity. TYU11:20-21,23-24,28-29. TYU11:32,35a,37-47.
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Titel 9	Revision
Indhold	Kernestof: TYU11:50-53. Review and update your mock exam papers by referring to the mark schemes and my solutions so that you are able to demonstrate progress in your learning process. Review and update your answers to the mock exam questions by referring to the mark schemes and my solutions so that you are able to demonstrate progression in your learning process on the board. Review your answers to paper 1A by comparing with my solution and the markscheme. Review your answers by comparing with my solution and the markscheme.
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Titel 10	C.2 Wave Model
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 286-295, 298-299 CY 1-4. WE 13.1-6. Ready to present "Wave Model". TYU13.2-3,7-10,12,14ab,15,17-18,20.
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Titel 11	C.3 Wave Phenomena
Indhold	Kernestof: 14.1-3 Wave Phenomena.pdf K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 301-305, 308-316, 318-326 WE 14.1-6. TYU14:1-7,9-10,12,14-16,18-19,22-23,25-26,28,30,32,34. Ready to present "Wave Phenomena". 14.4-5 Diffraction (AHL).pdf WE 14.7-9. Ready to present "Diffraction". TYU14:37-39,42,44-46.
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Titel 12	C.4 Standing Waves & Resonance
Indhold	Kernestof: 15.1-3) Standing Waves.pdf Finish the data processing of the "Young's Double-Slit" experiment. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 329-338, 340-343 WE 15.1-5. TYU15:1-7,10-11,13-14,16,19-21. Ready to present "Standing Waves". 15.4) Resonance & Damping.pdf TYU12:16,18-20,22-23,25,27-29,33. TYU12:35. TYU15:22-23,25-26,27a,28-30.
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Titel 13	C.5 Doppler Effect
Indhold	Kernestof: Finish the data processing of the "Waves on a String" experiment. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 347-349, 351-353 Doppler Effect WE 16.1 WE 16.2-5
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Titel 14	A.1 Kinematics
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 1-5, 7-14, 16-17, 20-26 TYU16:1,3-5,7. TYU16:8,14(EXTRA),15(EXTRA). W.E. 2-5,7. TYU1:1-4,10,12a,12b(EXTRA). Analyze and compare the graphs of y(t), v(t) and a(t) as well as E_kin(t), E_pot(t) and E_mec(t) for the bouncing tennis and table tennis balls. W.E. 8-9 Finish the Data Processing for the "Determine g"-experiment. TYU1:13-14,15(EXTRA),19-27,28ab. W.E. 10-15 TYU1:31,33-35,37. W.E. 16
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Titel 15	A.2 Forces & Momentum
Indhold	Kernestof: Finish the data processing for the muffin cup experiment. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 29-36, 39-49, 52-57, 84-95, 97-101 W.E. 1-5 TYU2:1-14. W.E. 6-9 W.E. 10-13 TYU2:15-16,18,21-22,24-26. W.E. 14-18. TYU3:30-37. TYU4:2a,3a,4. TYU4:5,8. TYU4:12,14-15,19-21.
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Titel 16	A.3 Work, Energy & Power
Indhold	Kernestof: TYU2:34,36,43. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 61-67, 70-81 WE 1-2,5-7. TYU3:5-6,8,13. WE 4,8-9. TYU3:14-15,17 TYU3:22-23,26.
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Titel 17	C.1 Simple Harmonic Motion
Indhold	Kernestof: Finish the data processing of the "Oscillations" experiment. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 264-271, 273-275, 279-283 TYU4:24-25. TYU12:1-4,8-14.
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Titel 18	A.4 Rigid Body Mechanics
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 102-116, 119-121 TYU5:5. TYU5:6-8,13,15b,16-17,18a. TYU5:25,26a.
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Titel 19	E.1 Structure of the Atom
Indhold	Kernestof: TYU21:1-5,10-12. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 457-458 21.2 Quantisation of Angular Momentum.docx
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Titel 20	E.2 Quantum Physics
Indhold	Kernestof: PhET Photoelectric Effect 22.1 Photoelectric Effect.docx TYU21:14-17. K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 463-470, 473-475 22.2 Matter Waves.docx TYU 22:6-9,11a,12ade,13,14a,15-16.
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Titel 21	A.5 Galilean and Special Relativity
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 125-140, 143-146 TYU6:1-3,6-7,10,12b,14-15. 6.1 Reference Frames & Lorentz Transformation.docx TYU6:16-17,20bc,23a,25,27,29,31,33(EXTRA). 6.2 Effects of Relativity.docx
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Titel 22	D.1 Gravitational Fields
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 358-364, 366-371, 373-379 TYU17:19,22,24-26. TYU17:27,30-32,34-36,38-40. TYU17:1-7,9-10,13ab,14,15(EXTRA),16a. TYU17:28-29,33,37.
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Titel 23	IA
Indhold	Kernestof: TSM (IA).pdf 1 Hydrodynamics.pdf Physics Guide (IA).pdf Propose at least three possible topics for your physics IA including Research Question, Methodology and Equipment needed. Bring a list of the equipment that you will need and a description of your methodology. Prepare a digital presentation of your 1st draft including TSM (Criteria).pdf TSM (Uncertainties).pdf Read my annotated version of your first draft.
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Titel 24	D.2 Electric and Magnetic Fields
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 385-393, 395-402, 406-410 TYU18:1-3,4b. TYU18:9-10,13,15-16. TYU18:17-25,33-34. TYU18:27-29. TYU18:30,35,37. TYU18:38,40,44b,47-48,51,53.
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Titel 25	D.3 Motion in EM Fields
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 417-419, 421-424 TYU 19:2-3,6. TYU19:7,11,13-16.
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Titel 26	D.4 Induction
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition, Cambridge University Press; sider: 428-437, 443-446 TYU20:1-3,5-6,11,16-19. AC Generator TYU20:7-10,12-13,15,20. TYU20:22-24.
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