Add weight to location 1 on this balloon would cause the balloon to float upwards straight
Step 6: Conclusion
Step 5: Analyze the Results
Step 3: Hypothesis
Step 2B: Research
Step 4: Procedure/Experiment
Step 1: Make observations about the natural world
Add weight to location 2 would cause this balloon to rise upward straight
Engineering Design Process
Generate Concepts/Research
Scientific Knowledge
Technology
Scientific Method
Step 2A: Ask a Question
In this step we... looked at a prototype hot air balloon
What stepwise process did we do today to research how adding weight to a hot air balloon effects stability
In this step we...looked at our lab results of a hot air balloon to see how adding weight and moving weight around on it effected how it flew (flip more/less)
In this step we...put weight in different areas of a hot air balloon and recorded how well it flew
Stepwise process where we learn how to design and build a prototype prosthetic arm
In this step we...made a claim about " How does the weight distribution on the balloon effect the ability of the balloon to fly straight without flipping over?" based on our research only
In this step we identified this - How does the weight distribution on the balloon effect the ability of the balloon to fly straight without flipping over?
In this step we...learned about aerospace engineering, flying machines, types of hot air balloons, & how hot air balloons are steered.
The hot air balloon created at the end of the engineering design process is this.
Using the scientific method give us this about hot air balloons and how they work
In this step we...made a claim about "Adding weight to the bottom of the balloon will cause the balloon to rise up straighter without flipping as much" based on the experiment
This is the step of the engineering design process that we completed by performing the lab how adding weight to a hot air balloon effect stability
