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Year 10 / GCSE · Science

Biology: Cells

Year 10 / GCSE learners practise cell structure diffusion osmosis and enzymes gcse biology.

The activities include Analyse the Role of Enzymes, Analyse Transport Systems in Multicellular and Single-Celled Organisms, Apply Knowledge of Diffusion, and related practice. The checked support below includes video, practice, teaching, teach. Open a resource in its provider's website and choose the format that best helps the learner explain the idea independently.

Activities covered

  • Analyse the Role of Enzymes
  • Analyse Transport Systems in Multicellular and Single-Celled Organisms
  • Apply Knowledge of Diffusion
  • Apply Knowledge of Diffusion
  • Apply Knowledge of Diffusion
  • Apply the Process of Osmosis to Cells
  • Classify Features and Functions of Eukaryotic and Prokaryotic Cells
  • Compare and Contrast Key Features of Cell Specialisation
  • Compare Eukaryotic and Prokaryotic Cells
  • Connect Key Features and Functions of Cell Specialisation
  • Consider the Uses of Stem Cells
  • Consider the Uses of Stem Cells
  • Define Diffusion
  • Define Osmosis
  • Describe Active Transport
  • Describe Active Transport
  • Describe Diffusion
  • Describe Stem Cells
  • Describe Stem Cells
  • Describe the Cell Cycle
  • Discuss the Uses of Stem Cells
  • Evaluate the Uses of Stem Cells
  • Explain How Cells Use Active Transport
  • Explain How Cells Use Active Transport
  • Explain Stem Cell Function and Use
  • Explain the Cell Cycle
  • Explain the Functions and Uses of Stem Cells
  • Explain the Role of Enzymes
  • Explain Transport Systems in Multicellular and Single-Celled Organisms
  • Explore the Process of Osmosis in Cells
  • Identify and Describe Key Features of Cell Specialisation
  • Identify and Describe Key Features of Specialised Cells
  • Interpret Data Relating to Osmosis
  • Interpret the Stages of the Cell Cycle
  • Match Key Features and Functions of Cell Specialisation
  • Revise Diffusion
  • Understand Diffusion
  • Understand Osmosis
  • Understand The Cell Cycle
  • Understand the Functions of the Different Tissues in a Leaf
  • Understand the Role of Enzymes
  • Understand Transport Systems in Multicellular and Single-Celled Organisms
  • Use Data Relating to Osmosis

Checked learning resources

  • Effect of pH on enzyme activity: data analysis

    Oak National Academy · Video · Opens on the provider website

    Oak Year 10 Biology lesson analysing enzyme-rate data across pH values and explaining optimum pH and denaturation using active-site shape.

  • Diffusion and surface-area-to-volume ratio

    Oak National Academy · Video · Opens on the provider website

    Oak Year 10 Biology lesson defining diffusion and using cubes and living-organism examples to calculate and compare surface area, volume, surface-area-to-volume ratio, diffusion distance and diffusion time.

  • Osmosis and potato-mass data practical

    Oak National Academy · Video · Opens on the provider website

    Oak KS4 Biology practical lesson applying osmosis to potato tissue in different sugar concentrations, including initial and final mass, percentage change, controls, graphing, interpretation and isotonic concentration.

  • Specialised cells and differentiation

    Oak National Academy · Video · Opens on the provider website

    Oak Year 10 Biology lesson comparing specialised human and plant cells, relating adaptations to functions and explaining how unspecialised cells differentiate while retaining the same genome.

  • Diffusion, osmosis and active transport across membranes

    Oak National Academy · Video · Opens on the provider website

    Oak Year 10 Biology lesson precisely distinguishing diffusion, osmosis and active transport across selectively permeable cell membranes, concentration gradients and energy requirements, with examples from blood and the s

  • Active transport in root hair cells

    Oak National Academy · Video · Opens on the provider website

    Oak KS4 Biology lesson explaining how root hair cells use osmosis to absorb water and active transport, powered by respiration, to absorb mineral ions against a concentration gradient.

  • Stem cells in medicine: benefits, risks and ethics

    Oak National Academy · Video · Opens on the provider website

    Oak Year 10 Biology lesson evaluating medical uses of embryonic and adult stem cells, including replacement cells, bone-marrow transplants, potential benefits, immune rejection, uncontrolled division, infection and ethic

  • Stem cells in animals

    Oak National Academy · Video · Opens on the provider website

    Oak Year 10 Biology lesson defining animal stem cells, embryonic and adult sources, potency and differentiation into specialised cells.