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6 results found

Science
Year 9

Microphones: Real-World Application of the Generator Effect

This worksheet explores how microphones utilise the generator effect to convert sound into electrical signals. It covers fundamental principles, calculations, practical considerations, and real-world applications in engineering.

1000
~20m
Science
GCSE Higher

Microphones: Exam-Style Questions

A Physics worksheet covering the generator effect as applied to microphones for GCSE Higher students. Focuses on the principles of electromagnetic induction and its application in sound recording technology.

1020
~20m
Science
Grade 7

Microphones: Data Analysis & Interpretation

This worksheet explores how microphones utilize the generator effect to convert sound waves into electrical signals. Students will analyze data, understand mechanisms, and evaluate practical applications related to microphones in everyday life and industry.

800
~16m
Science
Grade 8

Microphones: Practical Skills (Theory)

This worksheet explores the scientific principles behind microphones, focusing on the generator effect. Students will review key concepts, perform calculations, and understand practical applications related to microphones and magnetism.

1100
~22m
Science
Year 9

Microphones: Calculations & Formulae

This worksheet explores the physics behind microphones, focusing on the generator effect, including calculations, mechanisms, and real-world applications. It aims to enhance understanding of how sound is converted into electrical signals using magnetic principles.

800
~16m
Science
GCSE Higher

Microphones: Concept Review

A Physics worksheet covering the generator effect as it applies to microphones, aimed at GCSE Higher students. It explores the principles, mechanisms, and real-world applications of electromagnetic induction in microphones.

800
~16m