Worksheet illustrating various forms of energy such as thermal, light, chemical, sound, nuclear, mechanical, potential, electrical, and kinetic energy with real-life examples and visuals.

Let's solve the task by identifying the form of energy for each example provided in the table. The goal is to fill in the "Form of energy" column based on the examples and pictures.

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🔍 Step-by-step Analysis:

1. Fire, iron
- Fire produces heat and light. Iron (electric iron) uses electricity to generate heat.
→ Thermal energy (Heat energy)

2. Light bulb, sun
- Both produce visible light.
→ Light energy (Radiant energy)

3. Battery, food, fossil fuels
- These store energy that can be released through chemical reactions.
→ Chemical energy

4. Music
- Music involves sound waves traveling through air.
→ Sound energy

5. Nuclear power
- Nuclear power plants use nuclear fission to release energy from atoms.
→ Nuclear energy

6. Earthquakes
- Earthquakes result from the sudden release of stored energy in the Earth’s crust, causing vibrations.
→ Mechanical energy (specifically, vibrational or kinetic energy)

7. Any object that has height
- Objects at a height have potential energy due to gravity.
→ Gravitational potential energy

8. Computer, stove, appliances
- These devices use electricity to function.
→ Electrical energy

9. Car moving, bike moving
- Moving objects possess energy due to motion.
→ Kinetic energy

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✔ Completed Table:

| Form of energy | Example | Picture |
|-----------------------------|--------------------------------------|---------|
| Thermal energy | fire, iron | 🔥, ⚡️ |
| Light energy | light bulb, sun | 💡, ☀️ |
| Chemical energy | battery, food, fossil fuels | 🔋, 🍔 |
| Sound energy | music | 🎵, 👴 |
| Nuclear energy | nuclear power | ⚛️, 🏭 |
| Mechanical energy | earthquakes | 🌍, 🪨 |
| Gravitational potential energy | any object that has height | 🪨, 🧍‍♂️ |
| Electrical energy | computer, stove, appliances | ⚡, 🔌 |
| Kinetic energy | car moving, bike moving | 🚲, 🚗 |

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📝 Summary:

Each row matches an everyday example with its corresponding form of energy. This helps students understand how different types of energy are present in daily life.

Let me know if you'd like this as a printable PDF or want explanations simplified for younger learners!