

Unit 1 Atomic structure and the periodic table Unit 2 Eukaryotic and prokaryotic cells Unit 3 Particle explanations of density and pressure Unit 4 DNA and the genome Unit 6 Health and disease Unit 7 Measuring and calculating motion Unit 8 Biological molecules and enzymes Unit 9 Structure and bonding Unit 10 Transport and exchange surfaces in humans Unit 11 Electric fields and circuit calculations Unit 12 Coordination and control: the human nervous system Unit 13 Separating substances Unit 14 Coordination and control: hormones and the human endocrine system Unit 15 Measuring waves Unit 17 Calculations involving masses Unit 18 Inheritance, genotype and phenotype Unit 19 Energy of moving objects Unit 20 Cell division: mitosis and meiosis Unit 22 Stem cells and differentiation Unit 23 Energy of moving particles Unit 24 Fossil evidence, selective breeding and explaining evolution Unit 25 Chemistry of carbon Unit 26 Living organisms and their environments Unit 27 Circuit components
Season 6
10 Episodes
Season 7
13 Episodes
Season 8
8 Episodes
Season 9
11 Episodes
Season 10
7 Episodes
Season 11
6 Episodes
Season 12
4 Episodes
Season 13
9 Episodes
Season 14
5 Episodes
Season 15
12 Episodes
Season 17
13 Episodes
Season 18
4 Episodes
Season 19
9 Episodes
Season 20
6 Episodes
Season 22
4 Episodes
Season 23
9 Episodes
Season 24
4 Episodes
Season 25
7 Episodes
Season 26
8 Episodes
Season 27
6 Episodes

@tufathiam364
Sep 13, 2024I can describe how an LDR or a thermistor can be used in a sensing circuit.

Plam's De Chez Bykly
Sep 13, 2024I can calculate p.d. across one of two components in a series circuit with a battery.

Marcia
Sep 13, 2024I can take readings from I–V graphs and use these to describe the changing resistance of a component.

ili.giannakis
Sep 13, 2024I can interpret an I–V graph of a diode in order to describe its properties.