Holdet IB2 fySL (2025/26) - Undervisningsbeskrivelse - Lectio

Holdet IB2 fySL (2025/26) - Undervisningsbeskrivelse

Undervisningsbeskrivelse

Stamoplysninger til brug ved prøver til gymnasiale uddannelser

Termin(er)	2024/25 - 2025/26
Institution	Hasseris Gymnasium
Fag og niveau	Fysik -
Lærer(e)	Sarah Westh Krog
Hold	2024 fySL (IB1 fySL, IB2 fySL)

Oversigt over gennemførte undervisningsforløb

Titel 1	SL Physics
Titel 2	Practical work
Titel 3	Unit A: Space, time and motion
Titel 4	Unit B: The particulate nature of matter
Titel 5	Unit C: Wave behavior
Titel 6	Unit D: Fields
Titel 7	physics IA
Titel 8	Unit E: Nuclear and quantum physics

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

Titel 1	SL Physics Course Overview Course book: Tsokos K. A., Physics for the IB Diploma 7th ed. ______________________________________________ IB1 ______________________________________________ Unit A: Space, Time and Motion Course book pp. 1-96 Practical work: Period of a pendulum Determine g - F=m*g - Free fall Projectile motion Terminal speed (muffin cups) Bouncing balls (video analysis) Unit B: The Particulate Nature of Matter Course book pp. 155-204,231-262 Practical work: Calorimetry, determine specific heat capacity of a solid using the Method of Mixtures. Determine specific heat capacity of water Specific latent heat of fusion of water Specific latent heat of vaporization of water Newton’s cooling law The pressure-volume law (Boyle Mariotte law). Characteristics, Ohms law Resistance of a metal wire Internal resistance Unit C: Wave Behaviour Course book pp. 263-272,279-280,286-298,301-317,329-350 Practical work: Speed of sound Refractive index Young’s double slit – wavelength of laser light Waves on string Oscillations (mass attached to spring) CSP ______________________________________________ IB2 ______________________________________________ Unit D: Fields Course book pp. 357-365,384-405,416-427 Practical work: Laplace force Unit E: Nuclear and Quantum Physics Course book pp. 449-456,462-493,506-528 Practical work: Half-life of Ba-137 Atomic spectra using goniophotometer IA
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 3-17, 20-26, 30-36, 39-49, 52-57, 62-67, 70-81, 85-88, 90-91, 93-95, 169-174, 199-202, 232-235, 238-239, 241-250, 254-258, 265-270, 279-280, 287-294, 298-299, 302-305, 308-315, 330-338, 340-343, 347-349, 351-353, 359-364, 385-392, 395-402, 417-424, 429-432, 451-456, 478-484, 486-492, 494-495, 499-500, 507-512, 515-525 Tsokos 2016_Vectors.pdf description Tsokos 2016_Measurement and uncertainties.pdf https://forms.office.com/Pages/ResponsePage.aspx?id=N1mRMzRJTkaREFQqixHOMJ-Ys8JqlmJDipysyUJZwKlUOEUzVU1RRzJVVURRUTdBOEZFSEY5WEdLNS4u Microsoft Forms: Work and kinetic energy TYU 14-16 page 69 Look at Worked example 3.13 p. 74, and answer the following: Prepare for lab Loggerpro_video_analysis.mp4 description TYU 27, 29, 30 page 80 image.png Unattended work IB1 physics_work and momentum.pdf description TYU 6-7 page 89 If you have specific wishes on what you want the focus to be in the "Unit A revision" let me no later than Tuesday. Physics guide 2025 - IB physics 2024-2026.pdf description TYU: 19, 21, 23 (page 96) HL only: TYU 21 and 24 (page 122) K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 157-166, 168-171, 173-174, 178-184, 189-197 TYU 30, 31 page 52 Remember to bring: Physics data booklet, pen/pencil, ruler, eraser. SHC of oil and water.cmbl description TYU 13 page 167 TYU 17 page 167 (you need the equation for latent heat to solve part b) TYU 21 page 167 (Think about it! :) ) TYU 20 page 167, TYU 34 and 41 page 172 TYU 48-50 page 175 Phet animation: Molecules and Light Exercise_Greenhouse effect.docx description Be ready to explain "What is the greenhouse effect". TYU 13-15 page 198 The boltzmann distribution.pptx description TYU 16-18 page 198-199 TYU 19-20 page 199 and 23-27 page 203 If there is anything in particular you would like to go through in this class let me know at the latest Monday morning. Otherwise we will focus on exercises. Topic B_multiple choice_Answers.pdf description Topic B_multiple choice_ch 7-9.pdf description Questions before LAB TYU 20-23 page 240 Extended Essay_physics introduction.pptx description Resistivity data - Resistance as function of length.cmbl description Resistivity data - Resistance as function of cross-sectional area.cmbl description Bring data from resistivity experiment to class, and consider the following: Reread section on Terminal potential difference: page 257 TYU 52 and 53 page 260 LAB_Emf and internal resistance.docx description InThinking SL PhET simulation: Circuit Construction Kit: DC Exercises springs_workbook.docx description TYU 33-34 TYU 1-9 page 271 ‪Wave on a String‬ Waves_ch 13.pptx description LAB_Conical pendulum_data2.cmbl description EM waves_Gravitational waves_matter waves.pptx description Reflection and refraction.pptx description Phet: Bending Light Possible exercises for repetition TYU 8-9 page 307 superposition diffraction and interference.pptx description Paper 1b practice.docx description Paper 1b practice_markSheme.docx description Write down at least 3 things would improve your physics MOCK exam. Bring your physics mock to class! LAB_Standing wave_speed of wave vs tension_SL-HL.docx description LAB_Reflection Snells law and total internal reflection.docx Exercises_Refraction.docx description Exercises_Refraction_MARKSCHEME.docx description TYU 11 and 12 page 307 Doppler effect_SL.pptx description Afsnit Repetition Unit C.docx description Repetition Unit_template.docx description Doppler effect_HL.pptx description HL: Group work at white boards TYU 6+7 page 350 SL: Be ready to present the "poster" you made last lesson. Read the comments in your returned Lab reports My Solar System TYU: 4, 5, 6, 7, 8 page 365 Physics guide (IA).pdf description TSM (IA).pdf description 1 Hydrodynamics.pdf description 2 Tension and Frequency.pdf description 3 Dynamics of a Spring.pdf description 4 Age of the Universe.pdf description 5 Drag Coefficient.pdf description 6 Drop and Rebound Height.pdf description 7 Harmonic Motion Oscillations.pdf description Physics IA_introduction.pptx description Worksheet_Keplers laws_My solar system.docx description Khan academy: Keplers 1st law Bring printed exercises on Keplers laws handed out last lesson Kepler's laws: You must know TYU 18 page 366 Multiple choice_Planetary motion and keplers laws.pptx description When you come to this class you must: Additional TY Topic 1.pdf description Exercises Uncertainties.docx description Exercises Uncertainties_Answers.docx description Report guideline - Investigate.docx description TYU 15-16 page 395 You must be able to explain key points in the Millikan oil drop experiment page 292 Magnetic field.pptx description Magnetic force.pptx description TYU 17-20 page 403 + Multiple choice questions handed out in lesson (and attached below) description TYU 25, 26, 27, 28 page 404-405 LAB_Magnetic force on a wire.docx description gosocrative.com Presentation_Hall effect_Cycloton_Mass spectrometer.docx description TYU 13 page 425 and 15 page 426 TYU 16 page 426 Read comments on your IA first draft Emission absorption and the hydrogen atom.pptx description Exercise_energy level diagram for lithium.docx description The hydrogen atom_exercises.docx description Kahn academy_Atomic energy levels Kahn academy_Rutherford's gold foil experiment Exercise_Binding energy curve.docx description TYU 10-13 page 485 You should be able to identify the main features of the binding energy curve. Tsokos page 483 figure 32.1 Ionizing radiation interaction with matter.pptx description Exercise Nuclear reactions.docx description LAB_Half-life of Ba-137.docx description LAB_Inverse square law.docx description Groups Ba-137 data set.cmbl description Data processing: Exercise_Carbon 14 dating.docx description Exercise_Nuclear physics_Rutherford.docx description Exercise_PET scan with N-13.docx description Exercsie_A smoke detector.docx description TYU 1-3 page 456 Fission and fusion.pptx description Debate_Fission vs fusion.docx description Debate_form for structure of arguments.docx description Study pros and cons for fission and fusion power reactors Microsoft Forms - Star properties and HR-diagrams - Multiple choice Stellar properties and HR-diagrams.pptx description Exercise_Stars_equations and questions lesson 1.docx description Debate_Reflection.docx description Stellar evolution.pptx description LAST CHANCE to make wishes for next weeks revision! Write to me before the lesson if you want me to go through specific exercises from past assignments (Assignment 7-9-10-11 or mock exam). Reveiw chapter 11 Currents and circuits_Mark scheme.docx description Currents and circuits_past paper questions 2024.docx description ib_phys_dc_ESQ_D.pdf description ib_phys_dc_answers_ESQ_D.pdf description Review ch. 18-20 SHM.docx description SHM_MARK SCHEME.docx description Double slit.docx description Double slit_MARK SCHEME.docx description
Omfang	Estimeret: Ikke angivet Dækker over: 110,5 moduler
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Titel 2	Practical work
Indhold	Kernestof: Prepare for lab Loggerpro_video_analysis.mp4 description TYU 27, 29, 30 page 80 K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 165-166
Omfang	Estimeret: Ikke angivet Dækker over: 8 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

Titel 3	Unit A: Space, time and motion
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 3-17, 20-26, 30-36, 39-49, 52-57, 62-67, 70-81, 85-88, 90-91, 93-95 Tsokos 2016_Vectors.pdf description Tsokos 2016_Measurement and uncertainties.pdf https://forms.office.com/Pages/ResponsePage.aspx?id=N1mRMzRJTkaREFQqixHOMJ-Ys8JqlmJDipysyUJZwKlUOEUzVU1RRzJVVURRUTdBOEZFSEY5WEdLNS4u Microsoft Forms: Work and kinetic energy TYU 14-16 page 69 Look at Worked example 3.13 p. 74, and answer the following: Prepare for lab Loggerpro_video_analysis.mp4 description TYU 27, 29, 30 page 80 image.png Unattended work IB1 physics_work and momentum.pdf description TYU 6-7 page 89 If you have specific wishes on what you want the focus to be in the "Unit A revision" let me no later than Tuesday. Physics guide 2025 - IB physics 2024-2026.pdf description TYU: 19, 21, 23 (page 96) HL only: TYU 21 and 24 (page 122) Remember to bring: Physics data booklet, pen/pencil, ruler, eraser. Exercises springs_workbook.docx description SL: Be ready to present the "poster" you made last lesson. Read the comments in your returned Lab reports
Omfang	Estimeret: Ikke angivet Dækker over: 28,5 moduler
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Væsentligste arbejdsformer

Titel 4	Unit B: The particulate nature of matter
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 157-166, 168-171, 173-174, 178-184, 189-197 TYU 30, 31 page 52 SHC of oil and water.cmbl description TYU 13 page 167 TYU 17 page 167 (you need the equation for latent heat to solve part b) TYU 21 page 167 (Think about it! :) ) TYU 20 page 167, TYU 34 and 41 page 172 TYU 48-50 page 175 Phet animation: Molecules and Light Exercise_Greenhouse effect.docx description Be ready to explain "What is the greenhouse effect". TYU 13-15 page 198 The boltzmann distribution.pptx description K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 199-202, 232-235, 238-239, 241-250, 254-258 TYU 16-18 page 198-199 TYU 19-20 page 199 and 23-27 page 203 If there is anything in particular you would like to go through in this class let me know at the latest Monday morning. Otherwise we will focus on exercises. Topic B_multiple choice_Answers.pdf description Topic B_multiple choice_ch 7-9.pdf description Questions before LAB TYU 20-23 page 240 Extended Essay_physics introduction.pptx description Resistivity data - Resistance as function of length.cmbl description Resistivity data - Resistance as function of cross-sectional area.cmbl description Bring data from resistivity experiment to class, and consider the following: Reread section on Terminal potential difference: page 257 TYU 52 and 53 page 260 LAB_Emf and internal resistance.docx description InThinking SL PhET simulation: Circuit Construction Kit: DC
Omfang	Estimeret: Ikke angivet Dækker over: 22 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

Titel 5	Unit C: Wave behavior
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 265-270, 279-280, 287-294, 298-299, 302-305, 308-315, 330-338, 340-343, 347-349, 351-353 TYU 33-34 TYU 1-9 page 271 ‪Wave on a String‬ Waves_ch 13.pptx description LAB_Conical pendulum_data2.cmbl description EM waves_Gravitational waves_matter waves.pptx description Reflection and refraction.pptx description Phet: Bending Light Possible exercises for repetition TYU 8-9 page 307 superposition diffraction and interference.pptx description Paper 1b practice.docx description Paper 1b practice_markSheme.docx description Write down at least 3 things would improve your physics MOCK exam. Bring your physics mock to class! LAB_Standing wave_speed of wave vs tension_SL-HL.docx description LAB_Reflection Snells law and total internal reflection.docx Exercises_Refraction.docx description Exercises_Refraction_MARKSCHEME.docx description TYU 11 and 12 page 307 Doppler effect_SL.pptx description Afsnit Repetition Unit C.docx description Repetition Unit_template.docx description Doppler effect_HL.pptx description HL: Group work at white boards Physics guide 2025 - IB physics 2024-2026.pdf description TYU 6+7 page 350
Omfang	Estimeret: Ikke angivet Dækker over: 17 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

Titel 6	Unit D: Fields
Indhold	Kernestof: K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 52-55, 232, 359-364, 385-392, 395-402, 417-424, 429-432 My Solar System TYU: 4, 5, 6, 7, 8 page 365 Worksheet_Keplers laws_My solar system.docx description Khan academy: Keplers 1st law Bring printed exercises on Keplers laws handed out last lesson Kepler's laws: You must know TYU 18 page 366 Multiple choice_Planetary motion and keplers laws.pptx description image.png TYU 15-16 page 395 You must be able to explain key points in the Millikan oil drop experiment page 292 Magnetic field.pptx description Magnetic force.pptx description TYU 17-20 page 403 + Multiple choice questions handed out in lesson (and attached below) description TYU 25, 26, 27, 28 page 404-405 LAB_Magnetic force on a wire.docx description gosocrative.com Presentation_Hall effect_Cycloton_Mass spectrometer.docx description TYU 13 page 425 and 15 page 426 TYU 16 page 426 Read comments on your IA first draft
Omfang	Estimeret: Ikke angivet Dækker over: 12 moduler
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Væsentligste arbejdsformer

Titel 7	physics IA
Indhold	Kernestof: Physics guide (IA).pdf description TSM (IA).pdf description 1 Hydrodynamics.pdf description 2 Tension and Frequency.pdf description 3 Dynamics of a Spring.pdf description 4 Age of the Universe.pdf description 5 Drag Coefficient.pdf description 6 Drop and Rebound Height.pdf description 7 Harmonic Motion Oscillations.pdf description Physics IA_introduction.pptx description When you come to this class you must: Additional TY Topic 1.pdf description Exercises Uncertainties.docx description Exercises Uncertainties_Answers.docx description Tsokos 2016_Measurement and uncertainties.pdf description Report guideline - Investigate.docx description TYU 16 page 426 Read comments on your IA first draft
Omfang	Estimeret: Ikke angivet Dækker over: 7,5 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

Titel 8	Unit E: Nuclear and quantum physics
Indhold	Kernestof: Emission absorption and the hydrogen atom.pptx description Exercise_energy level diagram for lithium.docx description The hydrogen atom_exercises.docx description K. A. Tsokos: Physics. Tsokos. 7. Edition. 2023, Cambridge University Press; sider: 169-174, 348-349, 451-456, 478-484, 486-492, 494-495, 499-500, 507-512, 515-525 Kahn academy_Atomic energy levels Kahn academy_Rutherford's gold foil experiment Exercise_Binding energy curve.docx description TYU 10-13 page 485 You should be able to identify the main features of the binding energy curve. Tsokos page 483 figure 32.1 Ionizing radiation interaction with matter.pptx description Exercise Nuclear reactions.docx description Prepare for lab LAB_Half-life of Ba-137.docx description LAB_Inverse square law.docx description Groups Ba-137 data set.cmbl description Data processing: Exercise_Carbon 14 dating.docx description Exercise_Nuclear physics_Rutherford.docx description Exercise_PET scan with N-13.docx description Exercsie_A smoke detector.docx description TYU 1-3 page 456 Fission and fusion.pptx description Debate_Fission vs fusion.docx description Debate_form for structure of arguments.docx description Study pros and cons for fission and fusion power reactors Microsoft Forms - Star properties and HR-diagrams - Multiple choice Stellar properties and HR-diagrams.pptx description Exercise_Stars_equations and questions lesson 1.docx description Debate_Reflection.docx description Stellar evolution.pptx description LAST CHANCE to make wishes for next weeks revision! Write to me before the lesson if you want me to go through specific exercises from past assignments (Assignment 7-9-10-11 or mock exam). Reveiw chapter 11 Currents and circuits_Mark scheme.docx description Currents and circuits_past paper questions 2024.docx description ib_phys_dc_ESQ_D.pdf description ib_phys_dc_answers_ESQ_D.pdf description Review ch. 18-20 SHM.docx description SHM_MARK SCHEME.docx description Double slit.docx description Double slit_MARK SCHEME.docx description
Omfang	Estimeret: Ikke angivet Dækker over: 16 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

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