Holdet 2023 che/HL - Undervisningsbeskrivelse - Lectio

Holdet 2023 che/HL - Undervisningsbeskrivelse

Undervisningsbeskrivelse

Stamoplysninger til brug ved prøver til gymnasiale uddannelser

Termin(er)	2023/24 - 2024/25
Institution	Stenhus Gymnasium
Fag og niveau	Kemi -
Lærer(e)
Hold	2023 che/HL (2i che/HL, 3i che/HL)

Oversigt over gennemførte undervisningsforløb

Titel 1	Materials
Titel 2	Fuels
Titel 3	Controlling Reactions
Titel 4	Medicinal Chemistry

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

Titel 1	Materials Particulate nature of matter Atoms: - The nuclear atom - Electron configuration - Periodic table Bonding: - The metallic model - The ionic model - The covalent model
Indhold	Kernestof: Bring your "Chemistry Course Companion" if you have it yet. Chemistry Course Companion; sider: 3-11, 13-15, 17, 20-32, 34-60, 63-70, 94-114, 117-158, 160-180, 186-194, 197-224, 229-242, 246 2023 Edition Oxford Press S1.3.6-1.3.7 Ionization energy_HL.pptx No new homework for today (we will look at topics from the pages you had to read last week) Remember to prepare for the test. Also, you should spend 15 minutes looking at the problems on slides 10 + 14-17 in the slideshow "The ionic model 2" You should also look some more at the problem sheets that were handed out on Wednesday (you can find them in OneNote if you have lost them) Do some revision on the covalent model by looking through your notes and the slides in OneNote. No homework this time
Omfang	Estimeret: Ikke angivet Dækker over: 54 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

Titel 2	Fuels Moles and stoichiometry: - The mole - Ideal gases - Amout of chemical change Energetics: - Measuring enthalpy change - Energy cycles in reactions - Entropy and spontaneity Redox chemistry: - Oxidation states - Electron transfer reactions Fuels: - Alkanes - Energy sources
Indhold	Kernestof: Chemistry Course Companion; sider: 72-78, 80-91, 243-245, 248-250, 257-259, 263, 271-273, 336-338, 351-362, 383-385, 387-399, 404-421, 424-440, 442-458, 461-468, 470-477, 480-502, 580-592, 594-604, 610-619, 668-685 2023 Edition Oxford Press Extra homework Prepare for the test by looking at the assignment for today No reading for today, but bring you book Questions on Reactivity 1.4 Entropy and Spontaneity.docx Bring your book and notice that Nils is absent You will need a computer today (two students can share one) We will work on the end-of-topic questions on redox that you can find in OneNote (12 March). If you wan't to take at look at the problems in advance, you are welcome to do so. Bring your book Use the preparation sheet (under assignments) to prepare for the test Look at the materials in OneNote: ”Scientific Investigation (IA)” Reseach design Look for relevant theory for your IA and consult relevant parts of pp. 668-685 in the Course Companion Bring the Course Companion Finalize the protocol for your IA experiment. Errors and uncertainties in chemistry.docx Take a look at the pages 480-496 (especially the worked examples) again Be prepared to set up your IA experiment
Omfang	Estimeret: Ikke angivet Dækker over: 67 moduler
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Væsentligste arbejdsformer

Titel 3	Controlling Reactions
Indhold	Kernestof: Chemistry Course Companion; sider: 503-509, 512-533, 622-627 2023 Edition Oxford Press Bring your receipts if you have bought something for your IA Bring the Course Companion Answer at least one of the standard level end of topic questions at pages 534-535 that you have not answered already. Bring a computer
Omfang	Estimeret: Ikke angivet Dækker over: 18 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

Titel 4	Medicinal Chemistry
Indhold	Kernestof: Chemistry Course Companion; sider: 247, 251-252, 260-266, 268-269, 271-283, 286-304, 537-577, 604-609, 628-649 2023 Edition Oxford Press No homework, but remember to prepare for the test on Friday. And please bring your Course Companion if possible No homework, but you might want to bring your course companion, since we will work on a specimen paper that covers several different topics.
Omfang	Estimeret: Ikke angivet Dækker over: 38 moduler
Særlige fokuspunkter
Væsentligste arbejdsformer

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