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Sreeshan · 2024-01-23T17:26:38.174Z

Why transformation? • Energy cannot be created or destroyed, but only transformed, so when talking about transformation, there are several types: Types of Energy • Thermal energy: Released through chemical reactions like burning or respiration. • Electrical energy: In batteries or fuel cells. • Kinetic energy: Through muscle movement or combustion engines. • Radiant energy: In bioluminescence or photosynthetic processes. • Chemical energy: Through photosynthesis in plants. • Potential energy: When an object moves against gravity, increasing its height. • Elastic energy: As objects stretch or compress. Types of transformation of energy When talking about types of transformation of energy, there are many ways, which include: 1. state changes: • Solid to liquid: Melting ice into water (thermal energy to potential and kinetic energy) • Liquid to gas: Boiling water into steam (thermal energy to kinetic energy) • Gas to plasma: Lightning striking air (electrical energy to thermal and radiant energy) 2. Changes in type: • Chemical to electrical: Batteries converting chemical energy in chemicals to electrical energy • Electrical to magnetic: Electromagnets transform electrical energy into magnetic energy • Radiant to chemical: Plants use photosynthesis to convert sunlight (radiant energy) into chemical energy (glucose) 3. Changes in motion: • Potential to kinetic: A roller coaster falling from a hill (potential energy to kinetic energy) • Kinetic to thermal: Friction slowing down a moving object (kinetic energy to thermal energy) • Kinetic to sound: Vibrations from a guitar string creating sound waves (kinetic energy to sound energy) 4. Transfers without actual transformation: • Conduction: Transferring heat through direct contact (e.g., holding a hot mug) • Convection: Warm air rises and cool air sinks, transferring heat in fluids • Radiation: Electromagnetic waves like sunlight traveling through space 5. Complex, cascading transformations: • Burning wood in a campfire: Chemical energy in wood transforms to thermal energy (heat), then transforms to radiant energy (light), kinetic energy of rising air, and sound energy. • Digesting food: Chemical energy in food transforms to thermal energy during digestion, kinetic energy for muscle movement, and potentially to light energy in bioluminescent animals.

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Sreeshan

Jan 23

Edited: Jan 24

Transformation of energy (chapter- 4 Sources of energy)

in Sreeshan

Why transformation?

Energy cannot be created or destroyed, but only transformed, so when talking about transformation, there are several types:

Types of Energy

Types of transformation of energy

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