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Science Fair 2011-2012

Science Fair 2011-2012. Chris Hwande - Captain Brendan Kearney – Glenridge Tom Sprengnether - Meramec. Science Fair: Fact (green) or Myth (red). Parents are not supposed to help their child(ren). Logbooks can make or break a project. Science Fair projects take weeks if not months.

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Science Fair 2011-2012

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  1. Science Fair2011-2012 Chris Hwande - Captain Brendan Kearney – Glenridge Tom Sprengnether - Meramec

  2. Science Fair: Fact (green) or Myth (red) Parents are not supposed to help their child(ren). Logbooks can make or break a project. Science Fair projects take weeks if not months. Measurements should be in the metric system. Experiments should have only one variable changed. The best project ideas come from parents.

  3. Logbook A logbook is a very detailed account of a project – start to finish. It includes… • Actions • Observations • Research • Drawings/Diagrams • Thoughts • Feelings Start your logbook today!

  4. Project Ideas Ideas can come from anywhere! The best ideas come from questioning things around our everyday life, or creating a question from our own interests.

  5. Project Categories • Behavioral and Social Sciences (BSS) • Biochemistry (BBC) • Botany (BBO) • Environmental Science (BEV) • Medicine and Health (BMH) • Microbiology (BMB) • Zoology (BZO) • Chemistry (PCH) • Earth and Space (PES) • Engineering (PEG) • Mathematics (PMC) • Computer Science (PCS) • Physics (PPH)

  6. Project Types and Scoring Guides • Model – a scaled replication of a device or product. • Collection - a group of objects or results that form some type of pattern • Invention - a new way of making something or performing an action • Experiment - a problem that is investigated by performing a series of tests in which one thing is changed each time and all other things remain the same from test to test. • Observation - a series of events that you watch and try to explain and find common connections or occurrences

  7. Sample Experiment Project Twirlybirds

  8. Question Does adding mass affect the time it takes a twirly bird to get to the ground? How does adding mass affect the time a twirly bird to get to the ground?

  9. Background • Why project is important • History of • Science behind • Advancements in • Scientists involved with Bibliography (3-5 only) – 3 sources

  10. Safety Guidelines: • All safety procedures need to be recorded in your logbook. • A signed safety form must be included on the inside cover of your logbook. • No animal (this includes invertebrates) should be harmed or caused pain. • Safety gloves should be used for any testing with food or chemicals. • EYE PROTECTION: Safety glasses should be used for any experiments with chemicals or if any kind of splash may come in contact with your eyes • ALLERGIES: Remember human subjects may be allergic to different substances. Always ask about allergies. • FIRE: Projects are not allowed that involve fire or burning objects.

  11. Safety (cont.) • HUMANS: No experiments should be done on humans that can cause any potential harm to the human. • Exceptions include observational type studies such as food tasting, observing, thinking type exercises, etc. • Bottom line…it is ok as long as there is no possible way that any person can be harmed. • BACTERIA: Due to the potential for inhaling or coming in contact with harmful bacteria, students should avoid projects where they collect bacteria and then grow bacteria cultures. While this can be done safely, the potential exists for a very harmful pathogen to be inhaled or come in contact with the student. • OTHER: No experiments should be done using firearms. Experiments cannot include prescription drugs, illegal drugs or alcohol.

  12. Procedure Practice, practice, practice. Step-by-Step Diagrams/Photographs (no faces should be included in the photographs) Begin each step with a verb and write them as commands.

  13. Twirly Bird Procedure • Make a standard twirly bird. • Hold the twirly bird 1m from the floor. • Let go and time how long it takes the twirly bird to get to the floor. • Record your data. • Repeat steps 2-4 two additional times.

  14. Procedure (cont.) • Add one large paper clip to the bottom of the twirly bird (see picture). 7. Repeat steps 2-5 three times. 8. Repeat steps 2-5 using two large paper clips on the bottom of the twirly bird.

  15. Hypothesis hypothesis vs. prediction What color shirt will Bobby wear tomorrow? prediction If I put a drop of water on a slope, then it will flow downhill. hypothesis

  16. Twirly Bird Hypothesis If we add mass (small paper clips) to the twirly bird, then…

  17. Variables Independent Variable: the variable you are changing in the experiment Number of Paper Clips (0, 1, and 2) Dependent Variable: what you are measuring (in metric) Time until it hits the ground (seconds) Constants: twirly bird, size of paper clips, drop height, stopwatch, location, direction and angle of wings, placement of paper clips

  18. Control The “basic” with which all other things are compared. Note – not all experiments have a control. Example: Question: How does the salinity of water affect the growth of bean plants? Control – distilled water. Our Control – the standard twirly bird with 0 paper clips

  19. MaterialsBe specific about how many, what size, etc • 1 Standard Twirly Bird • 2 large paper clips • 1 stopwatch • 1 meter stick

  20. Data Table Be sure to average your data. Data Table Title

  21. Twirly Bird Data Table The Effect of Adding Mass to a Twirly Bird

  22. Graph • Line graphs should be used to show change over time or a change made to the same system. • Bar graphs should be used to show isolated incidents. • Only your average should be graphed. • Type a sentence explaining the results of your data.

  23. Twirly Bird Graph The Effect of Adding Mass to a Twirly Bird Time Until Hitting the Ground (seconds) Number of Paper Clips Sentence explaining the results.

  24. Conclusion Be sure to relate your conclusion to your original question and hypothesis and include specific data. Claim: The statement you believe to be true. Evidence: The specific evidence that supports your claim.

  25. Twirly Bird Conclusion I thought that as the mass of the twirly bird increased (as we added paper clips) the time it would take to hit the ground would decrease. My experiment supports my hypothesis. When we used the standard twirly bird with no paper clips, the twirly bird took an average of _____ seconds to reach the ground. With one paper clip added, the twirly bird took an average of ____ seconds to reach the ground. The twirly bird took an average _____ seconds to reach the ground with two paper clips.

  26. Conclusion (cont.) My results agreed with what I found in my research…

  27. Scientific Worth/Future Studies • Explain how you know your results are valid and reliable. • Describe how you might improve your project if you could do it again. • Include ideas for what related questions you might now go on to explore.

  28. Twirly Bird Scientific Worth and Future Study I feel confident that my results are reliable. I completed three trials getting similar results each time. Even so, there is room for improvement. It was difficult to let go of the twirly bird and start the timer at the same time. If I were to do this experiment again I would try to find a better way to make sure they were happening at the same time.

  29. Scientific Worth/Future Studies (cont.) This investigation was important for people who might need to drop items from helicopters after natural disasters or in areas of war. If they put too much weight on a parachute it might affect the drag, which would make it fall too fast. While I was completing this investigation I wondered what would happen if I changed the size of the twirly bird wings. This might be something I would like to study in the future.

  30. Display • Follow the given layout as close as possible as a common courtesy. • No identifiable photographs. • Use photographs to represent real things – the real things need not be displayed on the board. • Don’t go overboard!

  31. Let the projects begin!

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