1. Instructions for EDP PowerPoint Presentation
This PowerPoint can be used as both your guide for preparing your presentation AND your visual aid during your presentation.
The blue slides do not appear in Slideshow mode, and suggest the content and order for the white slides. Do not type on the blue slides, and change the white slides to the design/color theme of your choice.
Feel free to add additional slides if needed, keeping in mind that your presentation should last approximately 8 minutes. Be careful not to have long transitions between slides.

2. Instructions for EDP PowerPoint Presentation
Each slide you create will act as a visual aid for your audience as they listen to what you say. There should be key words, pictures, and diagrams on most slides, but no long sentences and paragraphs.
Before creating your slide, use the notes portion (below) to write out what you plan to say. This helps determine what would be best to put on your slide.
In the end, you need to know your project so well that you can talk to the class about it, not just read it out loud.

3. Title Page – A fun title can go here!
Operational Title
The Effect of (MV) on (RV).
First and Last name
Class period #
Include image(s) to hook your audience.

4. Heat vs. Hamstrings
What is the effect of temperature on hamstring flexibility? Maddie Menser Period 01

5. Scientific Field
Describe a field of science that is related to your experiment, including example jobs

6. Scientific Field
Field of science: Anatomy (a biological science field)
Example Jobs: Physical Therapist
Education Necessary: Bachelor’s Degree and Doctor of Physical Therapy
Earnings: $57,053 to $92,926
Responsibilities:
Manual therapy
Retraining
Diagnostics
The field of science that my project was under was anatomy. Which is the branch of science concerned with the bodily structure of humans, animals, and organisms. Because anatomy a type of science that is related around living organisms, it is a biological science.
Almost all of medicine relates, in some way, to anatomy, so there are a lot of jobs that coincide with anatomy. One job, is a physical therapist. Physical therapists are health care professionals who can help patients reduce pain and improve or restore mobility – in many cases without expensive surgery

7. Scientific Field
Introduce a scientist working in this field. Give a brief biography including his or her noteworthy accomplishments and experiments.

8. Scientific Field Scientist: Andreas Vesalius Accomplishments/Facts:
First ever book on anatomy
The first anatomy professor
Physician to the Roman emperor
One famous scientist that have worked in this field was Andreas Vesalius.

9. Current Event
Describe current research and/or discoveries in your scientific field?
Describe how your current event links to the experiment you completed, and why you designed your particular experiment.
State the relevance to your field, to society, to science, and/or to the planet. Do additional background research as necessary.
Include related pictures/graphics

10. Current Event Bluetooth Prosthetic limbs
Communication with other limbs
Motors

11. Introduction of Experiment
Write your original scientific question.
Write your hypothesis/prediction.
Emphasize how reasoning, based on research, backs up your prediction
Have your entire question and hypothesis on this slide. Talk about your reasoning, not have audience read it while you talk.

12. Introduction of Experiment
Question: What is the effect of temperature on hamstring flexibility? Hypothesis: If the temperature is increased, then hamstring flexibility will increase, because the tendons will gain elasticity and will be able to move more.

13. (Bullet Points ONLY, no complete sentences)
Materials List
Include all items needed to conduct your experiment.
Include quantities of any items needed.
Quantities need to be in metric units.
Pictures of specific materials can be helpful for people who may be unfamiliar.
(Bullet Points ONLY, no complete sentences)
When you present this you will just touch on key materials, but don’t read all of them to us. Pictures can be used to supplement the list.

14. Materials List 1 protractor 1 camera 1 printer 15 people 1 thermometer
3 rooms at different temperatures
1 ruler
1 computer or laptop
1 timer
1 meter stick
1 adjustable tripod

15. Variables Show your manipulated variable and the 3 or more values
Show your responding variable and how it is measured
Type a list and talk about why the things you listed under control were important to keep constant.

16. Variables
Manipulated Variable: Temperature Responding Variable: Hamstring Flexibility (how high the leg will go)

17. Procedure Numbered steps using key phrases only
Diagrams and/or video clips are helpful, photographs of yourself with materials are required
Organize to show the logical steps of your experiment, as concisely as possible. Remember, we are already familiar with your manipulated and responding variable.

18. Procedure Close all doors in a room so the temperature does not change
Place a thermometer on a flat surface in the room
Have the person stand in the center of the room for two minutes to get accustomed to the temperature
Measure the person’s height using a meter stick

19. Procedure Continued
5. Adjust the tripod so the camera is one half the person’s height 6. Without lifting their hips or bending their knees have the person lift their right leg as high as they can 7. Take a photo of their position 8. Again, without lifting their hips or bending their knees, have the person lift their left leg as high as they can

20. Procedure Continued
9. Take a picture of their new position 10. Print out the photos from steps 5 and Using a ruler, draw a straight line down each of their legs in the photo. The lines should form one angle per photo 12. Measure the two angles using a protractor 13. Record the degrees of the angles in the two photos

21. Procedure Continued
14. Re-measure the temperature of the room to make sure it has no changed, if it has, open the door to let some of the outside air in until the temperature is the same as it was before 15. Repeat steps 3-12 two more times for a total of three trials 16. Repeat steps 1-13 in a room with two different temperatures 17. Repeat steps 1-14 using fourteen other people

22. (Bullet Points ONLY, no complete sentences)
Variables
Explain variables (3 or more) that you needed to control, why they needed to be controlled, and how you controlled them. This is a good place to share how your design changed once you started trying things out, or interesting challenges you faced.
(Bullet Points ONLY, no complete sentences)

23. Controlled Variable 1
Time for the person to adjust to the temperature:
2 minutes
Allows people to become accustomed

24. Photos taken from the same proportional height to the person’s height:
Controlled Variable 2
Photos taken from the same proportional height to the person’s height:
½ the height
Adjustable tripod

25. Manner in which they lift their leg
Controlled Variable 3
Manner in which they lift their leg
No bending knees
Hips level
No pitching forward

26. Data Table Show data in at least one well-designed table.
Additional tables or lists are encouraged for including both qualitative and quantitative data and observations.
Metric units only.
Only your data should be on this page. Don’t read us your numbers. Point out any oddities in your data that might have thrown off your averages or briefly explain how everything looks the way it should.

27. Data Table

28. Results & Graph
Display your relevant data in a graph(s) and use it to point out trends, surprises, results.

29. Results & Graph Should be linear
As temperature increases, so does hamstring flexibility

30. (Bullet Points ONLY, no complete sentences)
Conclusion
Summarize your findings by directly answering your original question, and stating whether your hypothesis was supported or not.
Scientific reason, based on research, which could explain your results
(Bullet Points ONLY, no complete sentences)
This is the most important part of your presentation. It should be clear and to the point. Avoid using the words I was wrong, or I was right. Always refer back to your original hypothesis. ClEvR should be used as a guide, but we only want to see a brief summary here.

31. Conclusion Hypothesis was supported
When temperature increases, so does hamstring flexibility
When the temperature was 10 degrees, flexibility was 56 degrees
When the temperature was 21 degrees, flexibility was 68 degrees
Allowed tendons to release and be able to stretch more

32. Conclusion (continued)
Describe possible weakness or error in your experimental design which may have affected your results
Describe what the results made you wonder or think about, and propose a follow up experiment to address that.

33. Conclusion (continued)
Problems:
Dancers vs. Regular People
Different types of people
New Questions:
How does age affect hamstring flexibility?
How does diet/exercise affect hamstring flexibility?
How does the time of day affect hamstring flexibility?

34. Bibliography
Use any online citation creator to format MLA citations (at least 3). Copy and paste them here.
Additionally, pictures require source citations as well if not your own. Give credit where credit is due.
Be sure to include ALL resources used, even if it was just to double check data. Include your current events citation as well.

35. Bibliography "Anatomy." Britannica. N.p., n.d. Web. 25 Apr. 2016.
"Physical Therapist Education Overview." APTA. N.p., 20 Oct Web. 18 Apr
"Andreas Vesalius." Wikipedia. Wikimedia Foundation, n.d. Web. 27 Apr
"Result Filters." National Center for Biotechnology Information. U.S. National Library of Medicine, 17 May Web. 27 May 2016.
"Effect of Heat and Cold on Tendon Flexibility and Force to Flex the Human Knee." U.S. National Library of Medicine, 12 Aug Web. 20 May 2016.

36. Acknowledgements
This is your chance to thank parents, friends, etc. who helped you with your project.

37. Acknowledgements Everyone who was a test subject
My parents for letting me

38. Closing
Include an end slide, with a meaningful/relevant graphic, a special thought or a quote that brings clear closure to your presentation. Keep it simple
Always finish your presentation by saying “thank you.”

39. Closing As temperature increases, so does hamstring flexibility.
“Aristotle was famous for knowing everything. He taught that the brain exists merely to cool the blood and is not involved in the process of thinking. This is true only of certain persons.” – Will Cuppy