1. Paper Airplane Lab Experiment

2. Have you flown a paper airplane before? (Hopefully not in class) Do you always use the same type of paper? Do you always use the same design? Have you wanted it to fly straight or do tricks? Questions:

3. We are going to design an experiment to test paper airplane flight distance. We want the planes to fly as far as they can. We need to think about how we are going to design and perform the experiment. What things do we need to think about? (Think about the steps of the Scientific Method) Introduction:

4. Problem: What question are we trying to answer? –We want to design an experiment to test how various modifications will affect the flight distance of the paper airplane. –How does the modifications to a paper airplane affect its flight?

5. What do you think is going to happen? –How do you think your modification to the paper airplane affect its flight distance? –Will it be a different fold? An addition of weight? Tearing? –EX. If weight is added to the _(location)_ of the paper airplane, then ___________ _________________________________. Hypothesis:

6. Materials : What do we need to perform this experiment? –Make a list of materials: Everything and anything we need to carry out the experiment.

7. Procedure: How are we going to perform the experiment? –W–What do we need to do? –W–What needs to be kept constant? –W–What is our control? –W–What is our independent variable going to be? –W–Where are we going to perform the experiment? –W–What are we going to observe? How? This should be written as a list of numbered steps.

8. Observations: Example Data Table with measurements from the experiment. Include headings and labels. # of paper clips Flight Distance (m) 0 1 2 3 4 5 6

9. Experiment 1.Get materials, lab notebook and a meter stick. 2.Make the paper airplane. Make sure you follow directions that you will provide. 3.Head out to your assigned runway. 4.Fly your airplane, measure flight distance, and record your data in your notebook. Remember to test multiple times.