84 results found
This worksheet explores the biological process of dialysis, its engineering principles, and real-world applications. It aims to deepen understanding of how technology supports biological homeostasis.
A Biology worksheet focusing on dialysis, exploring its mechanisms, importance, and practical applications for Grade 8 students.
A Biology worksheet focusing on dialysis, exploring how it helps maintain homeostasis in patients with kidney failure. The worksheet includes data analysis, calculations, and conceptual questions suitable for Grade 8 students.
A Biology worksheet exploring the principles, mechanisms, and practical aspects of dialysis in maintaining homeostasis for Year 9 students.
A Biology worksheet focusing on the principles, calculations, and practical understanding of dialysis for GCSE Foundation students.
A Biology worksheet covering the concept of Dialysis, its mechanisms, and applications for Grade 8 students.
A Biology worksheet exploring water balance and kidney function with a focus on forensic applications for Year 9 students.
A Biology worksheet covering Water Balance and the role of kidneys in maintaining homeostasis for GCSE Foundation students. It includes a variety of question types to assess understanding and application.
A Biology worksheet focusing on how the kidneys regulate water balance in the body, emphasizing data analysis and interpretation skills for Grade 8 students.
A Biology worksheet focusing on the water balance mechanism in the kidneys, designed to develop understanding of homeostasis, experimental procedures, and real-world applications for Grade 7 students.
A Biology worksheet focusing on water balance in the kidneys, covering concepts, calculations, practical understanding, and real-world applications for Year 9 students.
A Biology worksheet focusing on how the kidneys regulate water balance as part of homeostasis, designed for Grade 8 students to review key concepts, mechanisms, and applications.
This worksheet explores the biological mechanisms of body temperature regulation, with a focus on how automotive systems mimic or utilise these principles for temperature management. It aims to develop understanding through real-world applications relevant to industry and daily life.
A Biology worksheet focusing on how the body maintains a stable temperature through homeostasis, aimed at Grade 7 students.
A Biology worksheet covering Body Temperature Control for Grade 7 students, focusing on data analysis and interpretation related to homeostasis mechanisms.
A Biology worksheet exploring the mechanisms of body temperature regulation, including practical understanding, calculations, and real-world applications for Grade 8 students.
A Biology worksheet focusing on the mechanisms and calculations involved in body temperature regulation for Year 9 students.
A Biology worksheet covering Body Temperature Control for Grade 8 students, focusing on the mechanisms of maintaining a stable internal body temperature.
This worksheet explores the roles of adrenaline and thyroxine hormones, their mechanisms, and their applications in industry, with a focus on real-world contexts relevant to GCSE Foundation students.
A Biology worksheet covering the roles and mechanisms of adrenaline and thyroxine for GCSE Foundation students. It includes various question types to assess understanding, calculations, and practical knowledge.
A Biology worksheet focusing on the roles of Adrenaline and Thyroxine in maintaining homeostasis, featuring data analysis, calculations, and practical understanding suitable for GCSE Higher students.
A Biology worksheet focusing on the roles of Adrenaline and Thyroxine in maintaining homeostasis, designed for Grade 8 students to understand their mechanisms, practical applications, and effects on the body.
A Biology worksheet covering the hormones Adrenaline and Thyroxine focusing on calculations, mechanisms, and real-world applications for Grade 8 students.
A Biology worksheet covering the roles and mechanisms of Adrenaline and Thyroxine in maintaining homeostasis, tailored for GCSE Foundation students.