← Back to Library

Library Search

765 results found

Combustion in Nanotechnology: A Real-World Application

This worksheet explores the principles of combustion as they relate to nanotechnology applications involving crude oil derivatives. Students will review key concepts, perform calculations, and analyse real-world scenarios.

Combustion: Data Analysis & Interpretation

A Chemistry worksheet focusing on combustion processes related to Crude Oil, designed for GCSE Higher students to develop understanding through data analysis and interpretation.

Combustion: Practical Skills (Theory)

This worksheet explores the principles and practical understanding of combustion reactions related to crude oil. It covers theoretical aspects, calculations, safety considerations, and real-world applications pertinent to GCSE Higher students.

Alkanes: Real-World Application in Consumer Products

This worksheet explores the role of alkanes derived from crude oil in everyday consumer products, focusing on their structure, properties, and industrial applications.

Alkanes: Calculations & Formulae

A Chemistry worksheet covering Alkanes, focusing on calculations, formulae, and practical applications relevant to GCSE Higher students.

Dynamic Equilibrium: Practical Skills (Theory)

A Chemistry worksheet focusing on the concept of Dynamic Equilibrium, including practical understanding, calculations, and real-world applications for GCSE Higher students.

Catalysts: Data Analysis & Interpretation

A Chemistry worksheet focusing on catalysts, their mechanisms, and their real-world applications, designed for GCSE Higher students.

Surface Area: Exam-Style Questions

A Chemistry worksheet focusing on the effect of surface area on the rate of reaction, designed for GCSE Higher students. It includes conceptual, calculation, practical, data analysis, and real-world questions to enhance understanding.

Surface Area: Calculations & Formulae

A Chemistry worksheet focusing on the effect of surface area on the rate of reaction, including calculations, practical considerations, and real-world applications suitable for GCSE Higher students.

Collision Theory: Exam-Style Questions

A Chemistry worksheet covering Collision Theory for GCSE Higher students, focusing on the principles that affect reaction rates and how particles collide to produce reactions.

Collision Theory: Data Analysis & Interpretation

A Chemistry worksheet focused on Collision Theory, designed to develop understanding of how particle collisions influence reaction rates through data analysis and interpretation.

Hydrogen Fuel Cells: Practical Skills (Theory)

A Chemistry worksheet focusing on Hydrogen Fuel Cells, exploring their principles, practical applications, and related calculations for GCSE Higher students.

Batteries: Harnessing Renewable Energy in Chemical Cells

A Chemistry worksheet exploring the role of batteries in renewable energy applications, focusing on the principles, calculations, and practical considerations of chemical cells.

Batteries: Exam-Style Questions

A Chemistry worksheet covering Batteries for GCSE Higher students. It includes a variety of question types to assess understanding of chemical cells, their mechanisms, calculations, and real-world applications.

Bond Energy Calculations: Real-World Application in Nanotechnology

A Chemistry worksheet covering Bond Energy Calculations with a focus on real-world applications in nanotechnology for GCSE Higher students.

Activation Energy: Concept Review

A Chemistry worksheet focused on understanding activation energy, its role in chemical reactions, and practical applications for GCSE Higher students.

Reaction Profiles: Exam-Style Questions

A Chemistry worksheet focusing on Reaction Profiles, suitable for GCSE Higher students. It covers concepts, calculations, practical considerations, data analysis, and real-world applications related to energy changes in reactions.

Aluminium Extraction: Data Analysis & Interpretation

A Chemistry worksheet focusing on the process of aluminium extraction via electrolysis, including data analysis, calculations, and practical understanding for GCSE Higher students.

Aluminium Extraction: Calculations & Formulae

A Chemistry worksheet covering the extraction of aluminium via electrolysis, focusing on calculations, mechanisms, and real-world applications for GCSE Higher students.

Aqueous Electrolysis: Data Analysis & Interpretation

A Chemistry worksheet covering Aqueous Electrolysis, focusing on data analysis and interpretation skills for GCSE Higher students. It explores the principles, calculations, practical considerations, and real-world applications of aqueous electrolysis.

Molten Electrolysis: Exam-Style Questions

A Chemistry worksheet covering Molten Electrolysis with exam-style questions suited for GCSE Higher students. It explores the principles, calculations, practical considerations, data analysis, and real-world applications of molten electrolysis.

Molten Electrolysis: Calculations & Formulae

A Chemistry worksheet focusing on Molten Electrolysis, designed to develop understanding of the process, calculations, and real-world applications for GCSE Higher students.

Making Salts: Concept Review

A Chemistry worksheet focusing on the principles and mechanisms involved in making salts from acids and alkalis, designed for GCSE Higher students.

Strong vs Weak Acids: Real-World Application in Sports Science

This worksheet explores the differences between strong and weak acids through the context of sports science. It covers definitions, mechanisms, calculations, practical considerations, and real-world applications relevant to athletes and sports technology.

Page 25 of 32