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Step-by-step solution for: Solved ENERGY TRANSFORMATION COMMUNICATION ASSIGNMENT | Chegg.com
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Show Answer Key & Explanations
Step-by-step solution for: Solved ENERGY TRANSFORMATION COMMUNICATION ASSIGNMENT | Chegg.com
Let’s go through each action one by one and think about what energy it starts with, and what energies it turns into.
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1. Car Moving
- A car that moves usually runs on gasoline (or diesel). That fuel has chemical energy stored in it.
- When the engine burns the fuel, it makes the car move → that’s kinetic energy (energy of motion).
- Also, cars get hot when they run → that’s thermal energy.
- And you can hear the engine and tires → that’s sound energy.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Thermal, Sound
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2. Bell Ringing
- To ring a bell, someone usually pulls a rope or hits it — that means they’re using their muscles → which comes from chemical energy in their body (from food).
- The bell moves back and forth → that’s kinetic energy.
- The bell makes noise → that’s sound energy.
- There might be a tiny bit of heat from friction, but we’ll stick to main ones.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Sound
*(Note: If it’s an electric bell, it would start with electrical — but since no plug or battery is shown, and it looks like a hand-held bell, chemical from human muscle is correct.)*
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3. Nuclear Power Plant
- This plant uses uranium or other nuclear fuel → that’s nuclear energy.
- It heats water to make steam → that’s thermal energy.
- Steam spins turbines → that’s kinetic energy.
- Turbines spin generators → that makes electrical energy.
- Also, there’s always some sound and waste heat → sound and thermal.
But let’s keep it simple and focus on the main transformation chain:
Nuclear → Thermal → Kinetic → Electrical
So for this table, we list what it STARTS with and what it TRANSFORMS INTO overall.
✔ So:
Energy started with: Nuclear
Energy transformed to: Thermal, Kinetic, Electrical *(and maybe sound/heat as extras, but these are the big three)*
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4. Riding a Bike
- You pedal using your legs → powered by chemical energy from food.
- The bike moves → kinetic energy.
- Your body gets warm → thermal energy.
- Chain and wheels make noise → sound energy.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Thermal, Sound
---
5. Playing a Piano
- You press keys with your fingers → again, chemical energy from your body.
- Inside the piano, hammers hit strings → that’s kinetic energy.
- Strings vibrate and make music → sound energy.
- Maybe a little heat from friction, but not major.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Sound
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Now let’s put all answers together neatly.
Final Answer:
| ACTION | ENERGY STARTED WITH | ENERGY TRANSFORMED |
|--------------------|---------------------|--------------------------------------|
| Blow Drying | Electrical | Sound, Thermal |
| Car Moving | Chemical | Kinetic, Thermal, Sound |
| Bell Ringing | Chemical | Kinetic, Sound |
| Nuclear Power Plant| Nuclear | Thermal, Kinetic, Electrical |
| Riding a Bike | Chemical | Kinetic, Thermal, Sound |
| Playing a Piano | Chemical | Kinetic, Sound |
---
1. Car Moving
- A car that moves usually runs on gasoline (or diesel). That fuel has chemical energy stored in it.
- When the engine burns the fuel, it makes the car move → that’s kinetic energy (energy of motion).
- Also, cars get hot when they run → that’s thermal energy.
- And you can hear the engine and tires → that’s sound energy.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Thermal, Sound
---
2. Bell Ringing
- To ring a bell, someone usually pulls a rope or hits it — that means they’re using their muscles → which comes from chemical energy in their body (from food).
- The bell moves back and forth → that’s kinetic energy.
- The bell makes noise → that’s sound energy.
- There might be a tiny bit of heat from friction, but we’ll stick to main ones.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Sound
*(Note: If it’s an electric bell, it would start with electrical — but since no plug or battery is shown, and it looks like a hand-held bell, chemical from human muscle is correct.)*
---
3. Nuclear Power Plant
- This plant uses uranium or other nuclear fuel → that’s nuclear energy.
- It heats water to make steam → that’s thermal energy.
- Steam spins turbines → that’s kinetic energy.
- Turbines spin generators → that makes electrical energy.
- Also, there’s always some sound and waste heat → sound and thermal.
But let’s keep it simple and focus on the main transformation chain:
Nuclear → Thermal → Kinetic → Electrical
So for this table, we list what it STARTS with and what it TRANSFORMS INTO overall.
✔ So:
Energy started with: Nuclear
Energy transformed to: Thermal, Kinetic, Electrical *(and maybe sound/heat as extras, but these are the big three)*
---
4. Riding a Bike
- You pedal using your legs → powered by chemical energy from food.
- The bike moves → kinetic energy.
- Your body gets warm → thermal energy.
- Chain and wheels make noise → sound energy.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Thermal, Sound
---
5. Playing a Piano
- You press keys with your fingers → again, chemical energy from your body.
- Inside the piano, hammers hit strings → that’s kinetic energy.
- Strings vibrate and make music → sound energy.
- Maybe a little heat from friction, but not major.
✔ So:
Energy started with: Chemical
Energy transformed to: Kinetic, Sound
---
Now let’s put all answers together neatly.
Final Answer:
| ACTION | ENERGY STARTED WITH | ENERGY TRANSFORMED |
|--------------------|---------------------|--------------------------------------|
| Blow Drying | Electrical | Sound, Thermal |
| Car Moving | Chemical | Kinetic, Thermal, Sound |
| Bell Ringing | Chemical | Kinetic, Sound |
| Nuclear Power Plant| Nuclear | Thermal, Kinetic, Electrical |
| Riding a Bike | Chemical | Kinetic, Thermal, Sound |
| Playing a Piano | Chemical | Kinetic, Sound |
Parent Tip: Review the logic above to help your child master the concept of identifying energy worksheet.