United Kingdom · National Curriculum Attainment Targets
Year 10 Combined Science.
This Year 10 Combined Science curriculum provides a robust foundation across biology, chemistry, and physics, aligning with the Key Stage 4 National Curriculum. Students will develop their scientific thinking, experimental skills, and analytical abilities through practical investigations and theoretical study. The course prepares students for their GCSE examinations by exploring fundamental scientific concepts and their real-world applications.
01Cell Biology and Organisation
Students explore the fundamental building blocks of life, examining cell structure, transport mechanisms, and the organisation of multicellular organisms. This unit emphasises the relationship between cellular structure and function.
An investigation into eukaryotic and prokaryotic cells, including the functions of subcellular structures. Students will also examine diffusion, osmosis, and active transport.
Students learn about the cell cycle, focusing on mitosis and its role in growth and repair. The topic also introduces stem cells and their potential uses in medicine.
A study of how cells are organised into tissues, organs, and organ systems. Focus areas include the human digestive system and plant transport systems.
02Atomic Structure and the Periodic Table
This unit delves into the development of the atomic model and the organisation of elements. Students will understand how atomic structure dictates chemical properties and reactivity.
Students trace the historical development of the atom from the plum pudding model to the Bohr model. They will analyse the evidence that led to changes in scientific theories.
An exploration of how the periodic table is arranged by atomic number and electronic structure. Students will examine the properties of Group 1, Group 7, and Group 0 elements.
Students investigate ionic, covalent, and metallic bonding, and how these bonds affect the physical properties of substances. The particle model is used to explain states of matter.
03Energy and Electricity
Students explore the concepts of energy stores, transfers, and conservation, alongside the principles of electrical circuits. This unit highlights the practical applications of physics in everyday life.
An introduction to the different ways energy can be stored and transferred between systems. Students will calculate kinetic, gravitational, and elastic potential energy.
Students evaluate the use of renewable and non-renewable energy resources for generating electricity. The environmental impact and reliability of different resources are analysed.
A practical study of series and parallel circuits, focusing on current, potential difference, and resistance. Students will investigate Ohm's law and the properties of various components.
04Infection, Response and Bioenergetics
This unit covers the mechanisms of communicable diseases, the human immune response, and the vital processes of photosynthesis and respiration. Students will understand how organisms interact with their environment to survive.
Students learn about pathogens, including viruses, bacteria, protists, and fungi, and how they cause disease. The topic covers transmission methods and ways to prevent the spread of infection.
An exploration of the body's non-specific defence systems and the role of white blood cells. Students will also examine how vaccines work to provide immunity.
A study of bioenergetics, focusing on how plants harness light energy and how all organisms release energy from glucose. Students will investigate the limiting factors of photosynthesis.
05Quantitative Chemistry and Chemical Changes
Students will develop their mathematical skills in chemistry, learning to calculate reacting masses and concentrations. The unit also explores the reactivity series and electrolysis.
An introduction to the conservation of mass, relative formula mass, and the mole concept. Students will perform calculations to determine the amounts of substances in chemical reactions.
Students investigate the reactivity series of metals and their reactions with acids and water. The topic includes the extraction of metals and redox reactions.
A study of how electricity is used to break down ionic compounds. Students will predict the products of electrolysis for molten and aqueous solutions.