Matching Pairs Scientific Method - Launch Angle vs. Bicep Rubber Band SizeOnline version assignment by Benjamin D Morgan 1 Step 2A: Ask a Question 2 Engineering Design Process 3 Generate Concepts/Research 4 Step 6: Conclusion 5 Technology 6 Scientific Knowledge 7 Scientific Method 8 Step 3: Hypothesis 9 Step 2B: Research 10 Step 1: Make observations about the natural world 11 Step 4: Procedure/Experiment 12 Step 5: Analyze the Results This is the step of the engineering design process that we completed by performing the lab on launch angle and bicep rubber band size Step where we...Found out that the smaller the rubber band the higher it launches based upon our experiment. Step where we...Made a claim about what effect a smaller/larger bicep would have on the launch angle based on our research only. Step where we...Identified a question that we could research with an experiment: How does the rubber band size of the bicep effect the launch angle? Product created at the end of the engineering design process Step where we...Looked at our lab results to see which bicep went up higher/lower and see if we could make meaning of anything else that happened in the lab. Step where we...Looked at the bicep on the prototype prosthetic arm and thought of what else might effect the launch angle Step where we...Read about bioengineering, biomimicry, and biomaterials to better understand prosthetics Product obtained at the end of the scientific method Step where we...Launched the ping pong ball with the smaller and larger bicep rubber band and recorded which went higher/lower Stepwise process where we learn how to design and build a prototype prosthetic arm What stepwise process did we do today to research how the size of the bicep rubber band effects the launch angle?
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