Holdet 1k fy (2025/26) - Undervisningsbeskrivelse - Lectio

Holdet 1k fy (2025/26) - Undervisningsbeskrivelse

Undervisningsbeskrivelse

Stamoplysninger til brug ved prøver til gymnasiale uddannelser

Termin(er)	2025/26
Institution	Ikast-Brande Gymnasium
Fag og niveau	Fysik C
Lærer(e)	Kasper Møldrup-Dall
Hold	2025 fy/k (1k fy)

Oversigt over gennemførte undervisningsforløb

Titel 1	Introduction
Titel 2	Energy
Titel 3	Sound waves
Titel 4	Light waves

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

Titel 1	Introduction Short introduction to how we work in physics: Topics: - Isolating formulas - Finding significant figures/digits - Calculating and determenting significant figures/digits for the result - Units and prefix for units. - Graphical representation and functions in physics.
Indhold	Kernestof: (1) Introduction - pre-IB physics.pptx description (2) Significant digits in calculations and prefix for units.pptx description Measurement and Significant Figures Scientific Notation and Dimensional Analysis (3) Graphs in physics (1k).pptx description REMEMBER COMPUTER!
Omfang	Estimeret: Ikke angivet Dækker over: 3 moduler
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Titel 2	Energy Energy types: - Thermal energy - Electric energy - Latent energy - Chemical energy - Potential energy (shortly repeated from BNS) - Kinetic energy (shortly repeated from BNS) - Mechanic energy (shortly repeated from BNS) List of others therms - Energy transformation - Energy transfer - Efficiency - Motion graphs - Motion formulas - Forces and mass - Newton's laws - Friction - Mechanical work Experiments: - Efficiency of heating water (Journal) - Heating water with combustion reaction from candle (Demonstrated) - Friction on an incline (Report)
Indhold	Kernestof: Heat capacity \| Middle school chemistry \| Khan Academy (1) Thermal and electric energy.pptx description Energy Transfer and Transformation Energy Efficiency \| Energy \| Physics \| FuseSchool (2) transfer and transformation.pptx description (3) Journal - efficiency of heating water.docx description (4) Latent energy and states of matter.pptx description Specific Latent Heat \| Matter \| Physics \| FuseSchool (5) Chemical energy.pptx description (6) Kinematics - graphs of motion.pptx description The Moving Man (7) Mechanics - Forces and mass.pptx description Formulas pre-IB (2. dec).pdf description The Difference Between Mass and Weight (12) Dynamics: What are Forces? - YouTube (8) Mechanics - Newtons 3 laws.pptx description Newton's Laws: Crash Course Physics #5 Report - sleid down an incline (Pre-IB).docx description (9) Mechanics - Friction.pptx description Friction: Crash Course Physics #6 (10) Mechanics - Coefficient of friction + incline.pptx description (11) Mechanical energy + Work.pptx description Practice exercises for the topic energy.docx description
Omfang	Estimeret: Ikke angivet Dækker over: 14 moduler
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Titel 3	Sound waves Wavelength Frequency Period Wave speed Amplitude Transverse and longitidunal waves Temperature dependence Interference Standing wave on a string Partial notes partial frequencies Speed of string Tension of a string Specific mass of a string Frequencies of a chromatic scale Experiments: Measurements of frequency for a ukulele (Journal) Standing waves on a string (Report)
Indhold	Kernestof: (1) Waves and wave equation.pptx description GCSE Physics - Intro to Waves - Longitudinal and Transverse Waves (2) Speed of sound and hearing.pptx description (3) Frequency and pitch.pptx description (4) standing waves on a string.pptx description Standing Waves and Harmonics Journal - frequencies of a string instrument (instructed with formulas).docx description Microsoft Forms Graph over several partial notes for Ukulele Report - Standing waves on a string.docx description (5) speed of sound and echo.pptx description
Omfang	Estimeret: Ikke angivet Dækker over: 12 moduler
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Titel 4	Light waves Wavelength Frequency Period Wave speed Amplitude Transverse and longitidunal waves Interference Diffraction Optical grating Lattice constant Difraction angle Order Visible light spectrum Electromagnetic spectrum Bohr's model for the atom Orbitals Energy bonds Emission Absorption Planck Constant Photon energy Atomar finger print
Indhold	Kernestof: (1) Electromagnetic waves.pptx description (2) Diffraction.pptx description (Pre-IB) Report - the lattice equation.docx description (3) Colors.pptx description Color and Refraction (Pre-IB) Journal - Diffraction of white light.docx description (4) Reflection and refraction.pptx description Refraction Explained (5) Snells law and critical angle.pptx description Snell's Law (Pre-IB) Journal - Refraction and total reflection.docx description Random exercises (light waves).docx description (1) Solar systems.pptx description KEPLER'S LAWS \| Physics Animation The Inverse Square Law: Luminosity & Intensity Explained (Physics & Astronomy)
Omfang	Estimeret: Ikke angivet Dækker over: 13 moduler
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Væsentligste arbejdsformer

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