Exam-style practice
Auto-marked practice sets for ages 12–18. Pick a subject or start a quick set.
GCSE-style maths, KS3 to Higher
Original exam-style questions with typed exact answers, diagrams and worked solutions. Pick a topic and a stage.
Courses
Not sure where to start? Take the GCSE-style check-upPractise a topic
- Physics calculationsKS3GCSE-style FoundationGCSE-style HigherGCSE-style Higher (grades 8–9)
- Chemistry calculationsKS3GCSE-style FoundationGCSE-style HigherGCSE-style Higher (grades 8–9)
- Biology calculationsKS3GCSE-style FoundationGCSE-style HigherGCSE-style Higher (grades 8–9)
Practice in the style of common exams. Not official papers and not linked to any exam board.
- Science · WorksheetSampling with quadrats and estimating populations (GCSE-style Higher)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetSurface area to volume ratio (GCSE-style Foundation)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetGenetic crosses: Punnett squares and probability (GCSE-style Higher (grades 8–9))
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetGenetic crosses: Punnett squares and probability (GCSE-style Foundation)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetOsmosis: percentage change in mass (GCSE-style Higher (grades 8–9))
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetOsmosis: percentage change in mass (GCSE-style Foundation)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetMagnification and microscopy calculations (GCSE-style Higher)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetMagnification and microscopy calculations (KS3 · Year 9)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetRates of reaction from data (GCSE-style Foundation)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetEnergy changes and bond energies (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetBalancing chemical equations (GCSE-style Higher (grades 8–9))
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetBalancing chemical equations (KS3 · Year 9)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetReacting masses, yield and atom economy (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetMoles, concentration and gas volumes (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetRelative formula mass and percentage by mass (GCSE-style Foundation)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetAtoms, ions and isotopes (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetAtoms, ions and isotopes (KS3 · Year 8)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetMotion graphs: distance–time and velocity–time (GCSE-style Higher)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetTwo-step physics calculations (GCSE-style Higher (grades 8–9))
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetUnits and prefixes in physics (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: electricity (GCSE-style Higher)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: electricity (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: energy, work and power (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: forces and motion (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: forces and motion (KS3 · Year 8)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetSampling with quadrats and estimating populations (GCSE-style Higher)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetSurface area to volume ratio (GCSE-style Foundation)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetGenetic crosses: Punnett squares and probability (GCSE-style Higher (grades 8–9))
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetGenetic crosses: Punnett squares and probability (GCSE-style Foundation)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetOsmosis: percentage change in mass (GCSE-style Higher (grades 8–9))
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetOsmosis: percentage change in mass (GCSE-style Foundation)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetMagnification and microscopy calculations (GCSE-style Higher)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetMagnification and microscopy calculations (KS3 · Year 9)
Show your working and give units. Magnification = image size ÷ actual size (both in the same unit: 1 mm = 1000 µm, 1 µm = 1000 nm). Where an answer is not exact, round it as the question says.
- Science · WorksheetRates of reaction from data (GCSE-style Foundation)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetEnergy changes and bond energies (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetBalancing chemical equations (GCSE-style Higher (grades 8–9))
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetBalancing chemical equations (KS3 · Year 9)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetReacting masses, yield and atom economy (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetMoles, concentration and gas volumes (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetRelative formula mass and percentage by mass (GCSE-style Foundation)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetAtoms, ions and isotopes (GCSE-style Higher)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetAtoms, ions and isotopes (KS3 · Year 8)
Show your working and give units. Use the relative atomic masses (Ar) given in each question. Where an answer is not exact, round it to the number of significant figures or decimal places the question asks for.
- Science · WorksheetMotion graphs: distance–time and velocity–time (GCSE-style Higher)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetTwo-step physics calculations (GCSE-style Higher (grades 8–9))
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetUnits and prefixes in physics (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: electricity (GCSE-style Higher)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: electricity (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: energy, work and power (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: forces and motion (GCSE-style Foundation)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · WorksheetPhysics equations: forces and motion (KS3 · Year 8)
Show your working: equation, substitution, answer with its unit. Convert prefixed units (k, M, m, µ, minutes) to SI units first. Where an answer is not exact, round it to the number of significant figures the question asks for.
- Science · QuizSpace and the Solar System (Intermediate)
Choose the correct answer.
- Science · QuizCells and the human body (Intermediate)
Choose the correct answer.
- Science · QuizSI units (Intermediate)
Choose the correct unit, quantity or symbol.
- Science · QuizPhysics calculations (Intermediate)
Use the formula to work out each answer. Round to 2 decimal places if needed.
- Science · QuizChemical elements (Intermediate)
Answer each question about the elements of the periodic table.
Quick practice
A fresh set every time, generated for you.
- Science quizScienceGo: Science quiz
- Physics calculationsScienceGo: Physics calculations
- Chemistry calculationsScienceGo: Chemistry calculations
- Biology calculationsScienceGo: Biology calculations
Original practice questions in the style of common exams. Not official papers.