Quest: Sugar Rockets: Difference between revisions

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(Created page with " === Quest Title: '''Ignite the Sky: The Sugar Rocket Adventure''' === === Duration: 6 Weeks === '''Age Group:''' Middle School / High School '''Focus Areas:''' Physics, Chemistry, Engineering, Creative Problem Solving ---- === Week 1: '''Blast Off into Basics''' === '''Goal:''' Understand the principles of rocketry and the science behind sugar rockets. '''Activities:''' * '''Engage:''' Watch a video or live demonstration of a sugar rocket launch. * '''Explore:''' L...")
 
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=== Week 1: '''Blast Off into Basics''' ===
=== Week 1: '''Blast Off into Basics''' ===
'''Goal:''' Understand the principles of rocketry and the science behind sugar rockets.
'''Goal:''' Understand the principles of rocketry and the science behind sugar rockets.
# What makes a rocket fly, and how can we harness chemical energy to create motion?
# How does the design of a rocket affect its ability to reach greater heights?
# Why is it important to understand the chemical reactions before building the rocket?


'''Activities:'''
'''Activities:'''
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'''Goal:''' Build the basic components of a rocket.
'''Goal:''' Build the basic components of a rocket.


'''Activities:'''
# How do the shape and size of a rocket's nozzle influence its thrust and stability?
# What forces act on a rocket during flight, and how can we minimize instability?
# Why do you think aerodynamics is a critical consideration in rocket design?
 
----'''Activities:'''


* '''Explore:''' Learn about nozzle design, body stability, and fins' aerodynamic function.
* '''Explore:''' Learn about nozzle design, body stability, and fins' aerodynamic function.
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'''Goal:''' Create and test the rocket fuel.
'''Goal:''' Create and test the rocket fuel.


'''Activities:'''
# Why is the ratio of fuel to oxidizer crucial in ensuring a successful rocket launch?
# How do the properties of sugar and potassium nitrate work together to produce thrust?
# What potential hazards exist in handling rocket fuel, and how can we mitigate them?
 
----'''Activities:'''


* '''Engage:''' Learn about the stoichiometry of the sugar and oxidizer mix.
* '''Engage:''' Learn about the stoichiometry of the sugar and oxidizer mix.
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'''Goal:''' Assemble the complete rocket for testing.
'''Goal:''' Assemble the complete rocket for testing.


'''Activities:'''
# How do the individual components of a rocket work together to achieve flight?
# What happens if one part of the rocket is not properly aligned or constructed?
# Why might recovery systems like parachutes be essential for a reusable rocket?
 
----'''Activities:'''


* '''Engage:''' Discuss how components like parachutes or recovery systems are designed.
* '''Engage:''' Discuss how components like parachutes or recovery systems are designed.
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'''Goal:''' Launch rockets, collect data, and refine designs.
'''Goal:''' Launch rockets, collect data, and refine designs.


'''Activities:'''
# What do you think caused the rocket to behave as it did during the test launch?
# How can we use data from the launch to improve future designs?
# Why might small changes in design lead to significant differences in performance?
 
----'''Activities:'''


* '''Engage:''' Conduct a group launch day, recording data on altitude, flight time, and stability.
* '''Engage:''' Conduct a group launch day, recording data on altitude, flight time, and stability.
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=== Week 6: '''Present and Reflect''' ===
=== Week 6: '''Present and Reflect''' ===
'''Goal:''' Showcase the rockets and celebrate learning.
'''Goal:''' Showcase the rockets and celebrate learning.
# What challenges did you encounter, and how did you overcome them?
# How does the process of building and refining a rocket relate to solving real-world problems?
# What would you do differently if you were to start this quest over again?


'''Activities:'''
'''Activities:'''

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