Fundamental measurements of heat, temperature, and molecular interactions affecting substances in biological systems.

Most popular content: Thermal Physical Properties

Enzyme Reaction Temperature Study

Explore the impact of temperature on enzyme activity in this practical guide. Learn to conduct experiments using trypsin and milk powder to measure reaction rates, understand enzyme kinetics, and evaluate safety protocols. Ideal for A-Level Biology students, this resource covers essential techniques, risk assessments, and data analysis methods.

Biology

Understanding Specific Latent Heat

Explore the concept of specific latent heat, including energy required for phase changes such as melting and boiling. This summary covers key calculations, including the specific latent heat of vaporization for water, and provides examples to enhance understanding. Ideal for physics students preparing for exams.

Physics

Molecules and Matter Overview

Explore the key concepts of molecules and matter, including the particle model, states of matter, phase transitions, and latent heat. This summary covers essential definitions such as mass, volume, density, and the behavior of solids, liquids, and gases. Ideal for Physics Paper 1 preparation.

Combined Science

Energy Transfer Essentials

Explore the key concepts of energy transfer by heating, including states of matter, thermal conductivity, and effective insulation methods. This summary covers essential topics such as specific heat capacity, energy conservation, and practical applications for reducing heat loss in buildings. Ideal for Physics Paper 1 preparation.

Combined Science

Enzyme Activity Influencers

Explore the key factors affecting enzyme activity, including temperature, pH, and substrate concentration. Understand how these elements influence reaction rates, enzyme structure, and function, with a focus on Vmax and adaptations in extreme environments. Ideal for OCR A Level Biology students.

Biology