🤖 Part 1: Aquabot Knowledge

1. What is an aquabot?

A robot that works underwater

A type of fish

A swimming pool cleaner

A water bottle

2. Which of these are common uses for aquabots? (Check all that apply)

Ocean exploration

Underwater photography

Marine research

Cleaning swimming pools

Deep sea mining

Cooking food

3. What challenges do aquabots face underwater?

Water pressure and limited visibility

Too much sunlight

Flying birds

Hot temperatures

🌊 Part 2: Aquabot Features

4. Fill in the blanks about aquabot features:

Aquabots are designed to be _____________ so they don't sink too quickly. They use _____________ to navigate underwater and often have _____________ to capture images of marine life. Most aquabots are powered by _____________ that must be waterproof.

5. Match the aquabot component with its function:

1. Propellers

2. Camera

3. Sonar

4. Robotic arm

A. Detects objects underwater

B. Moves the robot through water

C. Collects samples or objects

D. Records underwater footage

🎨 Part 3: Design Your Aquabot

6. Draw and label your own aquabot design. Include at least 4 important features:

7. Describe what special mission your aquabot would be designed for:

🔬 Part 4: Aquabot Applications

8. How deep can the deepest aquabots dive?

100 metres

1 kilometre

Over 10 kilometres

50 metres

9. Explain how aquabots help scientists study the ocean:

10. List three ways aquabots could help protect marine environments:

1. _________________________________________________

2. _________________________________________________

3. _________________________________________________

💡 Part 5: Problem Solving

11. An aquabot needs to collect water samples at different depths: 50m, 150m, and 300m. If it takes 2 minutes to dive every 25 metres, how long will it take to reach the deepest sampling point?

12. What improvements would you make to current aquabot technology?

13. True or False: Aquabots can operate completely independently without human control.

True

False

Explain your answer: