Discover: Cells Under the Microscope
Outcome: I can describe how a light microscope magnifies cells, and why resolution matters as well as magnification.
Open W3L1Made by Matt · LAUNCH GCSE Biology
Outcome: I can describe how a light microscope magnifies cells, and why resolution matters as well as magnification.
Open W3L1Outcome: I can calculate magnification, image size and actual size, and convert between mm and µm.
Open W3L2Outcome: I can answer exam-style magnification questions independently, showing full working and the correct units.
Open W3L3Outcome: I can explain diffusion and the factors that affect its rate.
Open W4L1Outcome: I can apply diffusion to gas exchange in the alveoli, and use the limewater test as evidence that the body makes carbon dioxide.
Open W4L2Outcome: I can answer exam-style diffusion questions independently, matching my answer to the command word.
Open W4L3Outcome: I can define osmosis and explain how it differs from diffusion.
Open W5L1Outcome: I can carry out the osmosis core practical and calculate the percentage change in mass.
Open W5L2Outcome: I can analyse osmosis results with a graph and evaluate the method independently.
Open W5L3Outcome: I can explain active transport and distinguish it from diffusion and osmosis.
Open W6L1Outcome: I can apply active transport to root hair and gut cells, and use data to link it to respiration.
Open W6L2Outcome: I can answer 'compare' exam questions across the three transport processes independently.
Open W6L3Outcome: I can recall and connect the key ideas of Topic 1: magnification, diffusion, osmosis and active transport.
Open W7L1Outcome: I can choose what a Topic 1 question wants from its command word and answer to it.
Open W7L2Outcome: I can answer exam-style questions across Topic 1 independently, matching each to its command word.
Open W7L3