354 results found
A worksheet focusing on identifying and calculating frequencies from pie charts, addressing common errors and misconceptions, suitable for GCSE Higher students.
A worksheet covering Finding Frequencies from pie charts and related problems for GCSE Higher students.
A worksheet focused on finding frequencies from pie charts, designed to develop procedural skills, problem-solving, and real-world application for Grade 6 students.
A worksheet focused on finding frequencies from pie charts in real-world contexts to enhance understanding of data interpretation and mathematical calculations for Grade 6 students.
A worksheet focusing on calculating and interpreting frequencies from pie charts, designed to develop problem-solving and reasoning skills for GCSE Higher students.
A worksheet focused on finding frequencies from pie charts, designed to develop procedural fluency and reasoning skills for Grade 7 students.
A worksheet focusing on calculating angles in pie charts, highlighting common errors and misconceptions. Designed to develop procedural skills and reasoning for GCSE Higher students.
This worksheet reviews calculating angles in pie charts, including procedural skills, problem solving, and real-world applications. Students will practice drawing and calculating angles based on data proportions.
A worksheet focused on calculating angles in pie charts, including practice, reasoning, and extension questions to enhance understanding of angle calculations for Grade 6 students.
A worksheet focused on calculating angles within pie charts, using real-world science experiment contexts to develop procedural and reasoning skills.
A worksheet focused on calculating angles within pie charts, covering procedural skills, problem solving, real-world contexts, and extension challenges for GCSE Higher students.
A worksheet focused on calculating angles within pie charts, designed to develop procedural fluency and problem-solving skills for GCSE Higher students.
A worksheet focusing on understanding and calculating the Range, identifying common errors, and applying this concept to real-world scenarios and problem solving.
This worksheet reviews the concept of Range in data analysis, focusing on interpreting stem-and-leaf diagrams, calculating ranges, and applying these skills to real-world and reasoning problems.
A worksheet focused on understanding and calculating the Range in datasets using Stem and Leaf Diagrams, including challenging and real-world problems suitable for extension work.
A worksheet exploring the concept of Range through engineering-related data and real-world scenarios. It emphasizes understanding how to calculate, interpret, and apply Range in practical contexts.
A worksheet focusing on understanding and calculating the range from stem and leaf diagrams, including problem solving and real-world applications.
A worksheet focused on understanding and calculating the Range from stem and leaf diagrams, designed to develop procedural mastery and problem-solving skills.
A worksheet exploring common misconceptions and error analysis related to calculating and interpreting the median, with practice on stem and leaf diagrams.
This worksheet reviews the concept of median through various question types, including calculations, problem-solving, and real-world contexts. Designed to enhance understanding and procedural fluency.
A worksheet focusing on understanding and calculating the median from stem and leaf diagrams, including problem-solving and extension questions.
A worksheet exploring the concept of Median through real-world sports and fitness scenarios, including procedural, reasoning, and extension questions.
This worksheet focuses on understanding and calculating the Median from stem and leaf diagrams, with a progression from basic to challenging problems suitable for Grade 8 students.
A worksheet focused on understanding and calculating the median using stem and leaf diagrams, including procedural and problem-solving questions suitable for Grade 8 students.