749 results found
A worksheet exploring the magnitude of vectors using |v| = √(x² + y²), designed to challenge and extend GCSE Higher students' understanding.
A worksheet exploring the magnitude of vectors using |v| = √(x² + y²) through real-world contexts, practice, and extension questions.
A worksheet focusing on calculating the magnitude of vectors using |v| = √(x² + y²). This includes procedural practice, reasoning, real-world applications, and challenging extension problems suitable for Grade 6 students.
A worksheet focusing on calculating the magnitude of vectors using |v| = √(x² + y²), designed to develop procedural fluency for GCSE Foundation students.
A worksheet focusing on understanding and identifying misconceptions related to parallel vectors, including error analysis and reasoning questions.
A worksheet covering Parallel Vectors with a focus on scalar multiplication, designed for Year 9 students to develop procedural skills and problem-solving abilities.
A worksheet exploring Parallel Vectors through scalar multiplication, including practice, reasoning, real-world applications, and extension challenges for GCSE Higher students.
A worksheet exploring the concept of parallel vectors through real-world contexts involving art and patterns. Students will practice identifying, constructing, and reasoning about parallel vectors and their scalar multiples.
A worksheet exploring the concept of parallel vectors through practice, reasoning, and real-world application problems. Designed to develop understanding of scalar multiples and vector direction.
A worksheet focused on understanding and applying the concept of parallel vectors through scalar multiplication, designed for Grade 8 students to develop procedural mastery and problem-solving skills.
A worksheet focusing on common errors and misconceptions related to displacement using column vectors, aimed at GCSE Foundation students.
A worksheet covering displacement using column vectors and subtraction, designed for GCSE Higher students to reinforce procedural skills, problem solving, and real-world applications.
A worksheet exploring displacement through vector subtraction, including procedural practice, real-world applications, and extension problems.
This worksheet explores displacement through art and pattern scenarios, focusing on vector subtraction and real-world applications for Grade 7 students.
A worksheet focusing on the concept of displacement using column vectors, designed for GCSE Foundation students to develop problem-solving and reasoning skills.
A worksheet focusing on the concept of displacement through vector subtraction, aimed at Grade 7 students. It includes procedural questions, real-world scenarios, and challenging extension problems to develop a deep understanding of displacement.
A worksheet focusing on understanding and correcting misconceptions related to the calculation of resultants of column vectors.
A worksheet providing a mixed review on the concept of Resultant of column vectors, including procedural questions, real-world applications, and challenging extension problems.
A worksheet focusing on the concept of Resultant vectors obtained by adding column vectors, designed for challenge and extension.
A worksheet exploring the concept of Resultant vectors through real-world scenarios and practice problems for Grade 8 students.
A worksheet focusing on the concept of Resultant in vector addition, suitable for Grade 6 students. It includes procedural questions, real-world applications, and challenging extensions.
A worksheet focusing on calculating and understanding the Resultant of column vectors, designed for Year 9 students to develop procedural mastery and problem-solving skills.
A worksheet focusing on identifying and correcting misconceptions when combining transformations to find a single transformation. Includes error analysis, procedural practice, and real-world context.
A worksheet providing a mixed review on finding the single transformation that combines multiple transformations such as rotations, translations, and reflections. Suitable for Year 9 students to develop procedural and reasoning skills.