765 results found
A worksheet focused on understanding and calculating positive gradients (slopes) from graphs. Designed for fluency and practice with increasing difficulty.
A worksheet focusing on selecting appropriate x-values for plotting linear graphs, addressing common misconceptions and error analysis.
A worksheet focusing on selecting appropriate x-values to plot linear graphs, including procedural practice, reasoning, real-world contexts, and extension challenges.
A worksheet focused on selecting appropriate x-values for plotting linear graphs, contextualized in sports and fitness scenarios.
A worksheet focused on selecting appropriate x-values for plotting linear graphs. Students will practice procedural skills, reasoning, and applying concepts in real-world contexts.
A worksheet exploring the equation y = mx + c through real-world contexts and practice questions for GCSE Higher students.
A worksheet exploring the linear equation y = mx + c, focusing on plotting, interpreting, and solving problems involving linear graphs for GCSE Higher students.
A worksheet covering Pythagoras Application for Distance Between Points, designed to challenge and extend GCSE Higher students' understanding.
A worksheet focusing on applying Pythagoras' theorem to find distances between points, designed for GCSE Higher students to develop procedural fluency and problem-solving skills.
A practice worksheet focusing on calculating and applying the midpoint of a line segment through procedural questions, reasoning, and real-world contexts.
A worksheet focusing on the formula for finding the midpoint of a line segment, designed to challenge and extend students' understanding.
A worksheet designed to develop understanding and identify common misconceptions in reading coordinates accurately. Focuses on procedural mastery, problem-solving, and real-world applications.
A worksheet designed to develop and test students' ability to plot points accurately on a coordinate grid. Covers procedural mastery, reasoning, and application in real-world contexts.
A worksheet exploring numerical solutions in iteration, focusing on error analysis and common misconceptions to deepen understanding for GCSE Higher students.
A worksheet focusing on Numerical Solutions through iterative methods for GCSE Higher students. It covers procedural practice, problem-solving, real-world contexts, and extension challenges to deepen understanding.
A worksheet focusing on Numerical Solutions within the topic of Iteration for GCSE Higher students. It includes procedural practice, problem solving, real-world contexts, and extension questions.
A worksheet exploring the iterative process defined by xₙ₊₁ = f(xₙ), designed to develop procedural skills, reasoning, and problem-solving at GCSE Higher level.
A worksheet focusing on finding and verifying inverse functions, designed to identify misconceptions and common errors. Suitable for GCSE Higher students, with a progression from basic procedures to challenging problems.
A worksheet focusing on the inverse function f⁻¹(x), designed to develop procedural mastery and problem-solving skills for GCSE Higher students.
A worksheet focused on understanding the importance of order in composite functions, highlighting common errors and misconceptions. Designed for GCSE Higher students to develop procedural skills and reasoning.
A worksheet providing a mixed review on evaluating functions in algebra, suitable for GCSE Higher students. Covers procedural questions, problem solving, real-world contexts, challenges, and error analysis.
A worksheet exploring the recognition of patterns within Fibonacci and other special sequences, aimed at developing reasoning and problem-solving skills for GCSE Higher students.
A worksheet focusing on the Difference Method for Quadratic Sequences, highlighting common errors and misconceptions to deepen understanding.
A worksheet focusing on pattern recognition within geometric sequences, designed to develop procedural skills and reasoning at GCSE Higher level.