1 / 12

A Science Fair Project Guide

A Science Fair Project Guide. Correlated to the Elementary Science, Mathematics, Engineering, and Inventions Fair Handbook 2014-2015. Division of Mathematics, Science and Advanced Academics. Step 1: Choose a Topic.

aline-chapman
Download Presentation

A Science Fair Project Guide

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. A Science Fair Project Guide Correlated to the Elementary Science, Mathematics, Engineering, and Inventions Fair Handbook 2014-2015 Division of Mathematics, Science and Advanced Academics

  2. Step 1: Choose a Topic. • Do research to learn as much as you can about the experiment topic. • Ask questions about your topic that you want to answer. • More research may be needed after you decide what to investigate in your experiment. • Try the library and the internet. • Type your Background Information and cite your sources in the Bibliography. (see packet for examples)

  3. Internet Sources • www.sciencebuddies.org • http://science.dadeschools.net • http://homeworkspot.com/sciencefair • www.scifair.org • http://sciencepage.org/scifair.htm • www.all-science-fair- projects.com/category0.html

  4. Step 2 Ask a Question • Identify one question about your chosen topic, that can be answered by performing an experiment. • This question will be the Problem Statement. • Must mention what is being tested and how it will be measured • Ex: Which paper towel, Brawny, Bounty, or Sparkle will absorb more liquid, when measured in milliliters?

  5. Step 3: Make a Hypothesis • Look at the Problem Statement and identify the one factor that can be tested. This is the tested variable. (also known as independent variable) • Form an idea or educated prediction that can be tested by an experiment. (this is your hypothesis) • Write down your Hypothesis: “If(I do this) then (this) will happen.”

  6. Step 4: Plan the Investigation Identify and record the factors that can affect the results of the experiment under Variables. 1. Tested (independent) variable, or the factor that is changed on purpose in the experiment to observe what will happen. (See previous Step 3.) 2. Outcome (dependent) variable, or the data to be collected during the experiment. This is the one that reacts, or changes, in response to the test. 3. Controlled/constant variables, or all the factors to be kept the same in the experiment.

  7. Step 4 Planning Continued • Write your procedures or the steps you will follow in your experiment. • Each procedure step needs to be numbered. • Each step needs to begin with a verb. • These procedures will ensure that all variables are kept the same (constant), except the one you are testing (tested variable) • Figure out, and collect, the materials needed for the experiment.

  8. Step 5: Collect, Organize, and Display Data • Start the experiment. • Observe and record the quantitative data (numbers or measurements) collected during the experiment on a data table, using metric units. • Repeat the experiment three, or more, times to confirm results. • Take pictures during the experiment. • Graph your data from all trials. • Display under Data. • Restate your data in a narrative form under Results.

  9. Step 6: Drawing Conclusions* • What was investigated? (Describe the problem statement.) • Restate your hypothesis, and tell if it was supported(true) or not supported (false). • What were the major findings? (summarize your results.) • Look at everything that may have affected your results. What possible explanation can you offer for your findings?

  10. Step 7 Applications • What recommendations do you have for further study and for improving the experiment? • Explain what you learned from your experiment that could be applied in real life. • List any new question(s) that your experiment lead you to ask that could be tested in a new investigation.

  11. Step 8 Abstract • A complete summary of the investigation. Must consist of three to five paragraphs including the following: • Describe your purpose and hypothesis. • Briefly describe your procedure. • Describe and explain your results. • Explain your conclusion. State if your hypothesis was supported or not by the results. • Explain your project’s applications.

  12. Any Questions??? • Science boards will be on sale in room 9319 (new building) starting next week • Each board will cost $5.00 • THANK YOU FOR COMING!! 

More Related