767 results found
A worksheet covering Rounding to Significant Figures (3+ sf) with mixed question types to develop procedural skills and application understanding for GCSE Foundation students.
A worksheet focusing on applying and practicing rounding numbers to 3 or more significant figures, suitable for GCSE Foundation students. Includes procedural questions, real-world contexts, and extension challenges.
A worksheet focusing on Rounding to 2 Significant Figures for GCSE Foundation students, covering fluency, problem solving, real-world applications, and extension questions.
A worksheet focusing on estimating populations by rounding to the nearest 1000, with a mix of procedural, reasoning, and real-world questions suitable for GCSE Foundation students.
A worksheet focusing on estimating populations by rounding to the nearest 1000, designed to build procedural fluency and apply estimation in real-world contexts.
A worksheet focusing on rounding very large numbers to the nearest 1000, helping students develop fluency and problem-solving skills.
A challenging worksheet designed to deepen understanding of rounding large numbers to the nearest 100, including real-world contexts and extension problems.
A worksheet focusing on rounding large numbers to the nearest 100, designed for GCSE Foundation students to develop procedural fluency and apply their understanding in context.
A worksheet exploring real-world applications of rounding to the nearest 10 within art and pattern contexts, including multiple levels of difficulty.
A worksheet covering Tenths & Hundredths for GCSE Foundation students, focusing on problem solving and reasoning skills.
A worksheet covering Tenths & Hundredths to develop procedural fluency and problem-solving skills for GCSE Foundation students.
A worksheet focusing on comparing numbers up to billions, including procedural questions, problem-solving, real-world contexts, and extension challenges.
A worksheet focusing on understanding and correcting misconceptions related to ordering numbers to the billions. Designed to develop procedural skills, reasoning, and real-world application for GCSE Foundation students.
A worksheet focusing on reading numbers to the millions in real-world contexts, aimed at GCSE Foundation students. It covers procedural skills, problem-solving, and application questions.
A Physics worksheet covering Dark Mass/Energy for GCSE Foundation students. This worksheet includes theoretical explanations, numerical calculations, and practical understanding related to Dark Mass and Dark Energy in the universe.
This worksheet explores the Big Bang Theory with a focus on its real-world applications in medical science. Students will understand how cosmological principles relate to modern technology and medical imaging.
A Physics worksheet covering the Big Bang Theory designed for GCSE Foundation students. It includes conceptual, calculation, practical, and interpretative questions to assess understanding of the universe's origins.
A Physics worksheet exploring the Big Bang Theory, focusing on practical skills, calculations, and understanding for GCSE Foundation students.
A Physics worksheet covering Red Shift for GCSE Foundation students, focusing on data analysis, interpretation, and practical understanding of the phenomenon.
A Physics worksheet covering Red Shift for GCSE Foundation students, focusing on understanding the phenomenon and its significance in astronomy.
This worksheet explores the scientific principles and practical understanding of supernovae, including their mechanisms, significance, and real-world applications, tailored for GCSE Foundation students.
A Physics worksheet covering the stages from Nebula to Black Hole in the life cycle of stars for GCSE Foundation students.
A Physics worksheet focusing on the principles of orbits and their application in industrial chemistry. Designed for GCSE Foundation students to understand how orbital mechanics influence real-world technologies.
A Physics worksheet covering the principles of orbits within the Solar System for GCSE Foundation students.