SCIENCE FAIR PARTICIPATION CONFIRMATION SHEET Name of Student ______________________________________ Grade ____________ Teacher ________________________ Project Title __________________________________________ Please check the following: I have enclosed $4.00 for a display board (optional). _____ I am working alone. _____ I am working with a partner. _____ My partner’s name is: ___________________________________ Do you need electricity? Yes _____ No _____ Do you need any special school equipment? Yes _____ No _____ List any other specific requests that need the attention of the Science Fair Committee. List any siblings who are participating in the Science Fair. **Please return to your teacher by Friday, February 14th. **Teachers, return forms to Kathy Crosley.
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SCIENCE FAIR PARTICIPATION CONFIRMATION SHEET Name of Student ______________________________________
Project Title __________________________________________
Please check the following:
I have enclosed $4.00 for a display board (optional). _____
I am working alone. _____
I am working with a partner. _____
My partner’s name is: ___________________________________
Do you need electricity? Yes _____ No _____
Do you need any special school equipment? Yes _____ No _____
List any other specific requests that need the attention of the Science Fair Committee.
List any siblings who are participating in the Science Fair.
**Please return to your teacher by Friday, February 14th.
**Teachers, return forms to Kathy Crosley.
Noble Crossing Elementary Science Fair Information
A Science Fair for students in Kindergarten through 5th grade will be held on Thursday, February 20th at Noble Crossing Elementary School.
Students participating in the Science Fair will be able to set up their projects at the school on Wednesday, February 19th, from 6-‐7 pm. Set up time will not be for public viewing. Judging of the projects will take place during the school day on Thursday, February 20th. Students eligible for participation in the Regional Competition will be named on the morning announcements and in the Noble Newsletter from Mr. Haney. All projects should be picked up at the open house on Thursday, February 20th, from 6-‐7 pm
Guidelines:
1. Science Fair projects will be entered in a category according to grade level.
2. Students may work individually or in pairs. If working with another person, both students must be in the same grade level.
3. A Participation Confirmation Sheet (page 1) should be returned to school by February 15th.
4. Each project will include a “credit sheet” listing the persons who helped and what they did. The “credit sheet” should also include a list of books and other resources used.
5. All students grades1-‐5 MUST complete a report. The following pages would be adequate for a report: A. Science Project Format
B. My Science Project Record Sheet
C. My Science Observations
Students should use this information to develop an Exhibit Board (see sample that is included in this packet).
6. The display should not be more than 36 inches tall and 48 inches wide. All displays are limited to the surface on the display board and the allotted space on the table. No easels or floor space. . Boards can be purchased from Mrs. Owens for $4.00 each.
7. Students must be present at the time of judging and be prepared to orally explain their project to the judges and answer questions. All students will be scheduled a time to meet with the judges during the school day on February 20th.
Hints for a better Science Project
1. Choose a topic early. Do not wait until a couple of weeks before the Science Fair to start.
2. Try to use one or more of these: diagrams, charts, pictures, drawings, equipment, collections, tape recordings, slides, filmstrips, graphs or tables.
3. Keep accurate records. 4. Label display with a good descriptive title in large, bold print. Use
short, clear statements. The average person will spend only a few minutes looking at each display.
5. Think “neatness.” Use a ruler to make lettering straight. A thin line can be erased. Use eye-‐pleasing colors on the display boards.
6. Each packet contains labels for the display board. You may use them or create your own.
7. Use the information from your “Science Project Record Sheet” and “My Science Observation Sheet” for your exhibit board.
1. A ribbon will be presented to each student who completes a project. Regional qualifiers will also receive a certificate.
2. The Regional Science Fair is Saturday, March 8th, at the Marian University campus. Noble Crossing is allowed to send up to three projects per grade level. Parents will be responsible to get their child to the event. More information will be sent home with the qualifiers.
Science Experiment vs. Science Research
Before beginning your project, make sure you have started with a question you can answer with an experiment. Below are a few examples of research and experiments.
Research Dinosaurs-‐ They are fascinating to learn about but you cannot experiment on them. Extinction just gets in the way.
Volcanoes-‐ Everyone loves paper mache, but this is part of a report. If you want to study what mixture of chemicals would give you the greatest reaction this would be an experiment.
All about the Planets-‐ A fact report and making models of the planets is great, but again it is research.
And now a few experiments...
1.Temperature and the amount of time it takes mealworms to change to beetles.
2. The effect of different concentrations of soapy water on seed germination.
3. Crystal size and the amount of sugar in the solution.
Each of these topics measures one thing, such as the amount of sugar, the concentration of soapy water, or the temperature.
When in doubt contact a science fair committee member with any questions you have!
SCIENCE PROJECT FORMAT
Checklist
_____ 1. Choose a science project TOPIC.
_____ 2. Write a QUESTION you would like to answer about your science topic.
_____ 3. Develop a HYPOTHESIS -‐ guess what the answer to your question will be.
_____ 4. Plan an EXPERIMENT. Decide on the METHODS you'll use to find the answer(s) to your scientific question.
_____ 5. Make a list of MATERIALS you'll need -‐ gather your materials.
_____ 6. Make your OBSERVATIONS as you do your experiment. INVESTIGATE and record your DATA or information.
_____ 7. Draw or make your experiment CONCLUSIONS. Why do you think your experiment results turned out the way they did?
_____ 8. Decide how to share your experiment CONCLUSIONS with others. Do you want to make a chart, a table, or graph to show what happened?
_____ 9. Design your science project EXHIBIT.
_____ 10. CONSTRUCT or make your science project exhibit.
MY SCIENCE EXHIBIT DIMENSIONS: _________________________________________________________
(must fit within 24" deep x 36" wide x 108" tall -‐ floor to top)
MY SCIENCE PROJECT RECORD SHEET
NAME _____________________________________________________________________ DATE BEGUN _____________________________________________________ DATE COMPLETED _____________________________________________________ My Science Project Topic (What it is about): __________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ My Science Project Question: ___________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ My Science Project Hypothesis (A guess at the answer to my question): ________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________
My Science Project Experiment: I used these materials: ____________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ These were the steps of my experiment: 1. _________________________________________________________________ _________________________________________________________________ 2. _________________________________________________________________ _________________________________________________________________ 3. _________________________________________________________________ _________________________________________________________________ 4. _________________________________________________________________ _________________________________________________________________ 5. _________________________________________________________________ _________________________________________________________________ _________________________________________________________________
This is what happened: (See your observation sheet) _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ I Decided, or concluded: _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ My experiment results answered my question: yes __________ no __________
MY SCIENCE OBSERVATIONS DATE ________________ OBSERVATIONS: What I saw, heard, smelled, or tasted _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________ _____________________________________________________________________________
What the judges are looking for in a project/participant
1. The problem or question was clearly stated.
2. The hypothesis was derived from the question.
3. The scientific method was followed.
4. Observations were clearly summarized.
5. Conclusions and summary were justified based on the presented data.
6. Oral presentation discussed all phases of the project.
7. The researcher answered questions effectively and accurately.
8. Report, tables, graphs, or illustrations were used effectively in interpreting data.
9. The display board effectively and neatly presented the project.
10. Creativity was used in the demonstration of the scientific process.
Title of Project
Materials
Data
Model
Purpose or Topic
Variables Results
Graphs
General layout of the display board.
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SCIENCE FAIR SUCCESS How to make the experience fun and worthwhile (for you and your kids) Your child has just announced that she'd like to participate in her school's next science fair. Great, you say. Gulp, you think. When's the last time you were involved in a science fair? Fifteen years ago? Never? How on earth will you know how to provide the kind of help she needs?
Not to worry. Although science fairs come in all shapes and sizes, they can be tackled in much the same way. You can assist your child by learning what's expected, knowing how to assess potential projects, being aware of the likely roadblocks (and solutions to them) and being on hand to provide basic logistical support. If you're prepared, a science fair can be a rewarding experience that will teach both you and your child a few things about the process of doing science.
GETTING STARTED When you first learn that your child has a science fair project due, get a copy of the teacher's guidelines. "Parents should get these rules and read them, because every science fair is different," notes Adina M. Sobo, high school outreach coordinator for the Howard Hughes Undergraduate Science Enrichment Program at the University of California at San Diego. Sit down with your child and make a list of the criteria by which the work will be judged. Figure out what kind of project is required: Is it to be a demonstration of a known scientific principle, for example, or should the student develop a question and devise experiments to answer it? Many variations exist. If you're still unsure about what's expected after reading the guidelines, Sobo adds, consult the teacher. PICKING A PROJECT Picking a topic can often be stressful for a student. "Ask your child lots of questions and try to make them think critically of a good project topic," advises Joe Bosco, director of category judges for the Pittsburgh Science and Engineering Fair and a longtime volunteer demonstrator at the Carnegie Science Center. "Ask yourself, 'Is there anything they already wonder about that could be investigated scientifically?'" he says.
Bosco recalls a student who lived on a farm and was raising a calf. The student wanted to know what his calf liked best to eat, so he designed a science project to test which of two feeds the young cow ate fastest. Once you narrow in on a topic, ask your child such questions as, "How could we test that to find an answer?" "Is there anything we could measure?" and "How long would it take to get some answers?" If your child can come up with good answers, Bosco says, then the project is probably off to a good start. Before you go too far, help your child determine whether the project is at the right level of complexity. "If you can go to the library and look up the answer to your question, it's too easy," notes Christopher M. Gould, professor of physics and astronomy at the University of Southern California and former chair of the California State Science Fair. "If there are too many smaller questions you need to answer in order to tackle the main question, it's probably too broad." Another thing to consider is time. "If you cannot answer your question within the given time period you should come up with something more manageable," says Yu Linda Song, a former teacher and now an education specialist with www.eSCORE.com. "Picking topics that take more time than students have is a classic mistake." For example, many students want to work on projects that involve plants, but what if the plants require too long to grow? AVOIDING ROADBLOCKS No matter what format of science fair your child participates in, she will most likely encounter a few common roadblocks. By anticipating them, a parent can smooth the way and sometimes avert trouble altogether. When choosing a topic, make sure it's legal, Sobo counsels: "There are state laws governing animal projects, and anything with cigarettes is illegal." Consult the teacher or competition administrators in advance to be certain that a topic is acceptable. Once your child starts working on the project, encourage her to explore new questions that might pop up in the process. "Some kids latch onto a question and topic too quickly," remarks Fred Olness, co-director of the
Dallas Science Fair and associate professor and director of undergraduate studies for physics at Southern Methodist University. "Science is a process," he says. "If, through experimentation, their original project question leads to different questions, kids should take time to explore them." Running out of time, many experts warn, can be a huge roadblock. "Use and adhere to a timetable," says Barbara Batterson-Rossi, adjunct associate professor of geography, oceanography, geology and ecology at Cuyamaca College. "No matter how wonderful the subject," she notes, "if not worked on throughout the season on a regular basis, [the project] will be poorly completed." Parents can help students stick to a schedule by encouraging them to create and meet intermediate due dates. As the project nears completion, some students think they need to confirm their hypothesis in order to be successful, Olness comments: "But in real science, experiments that have no answer or disprove a hypothesis are just as valuable." As a parent, be careful not to fall into the confirmation trap and only praise a confirming experiment. Encourage your child to see the value in the results of the project either way. HELPING DURING THE PROJECT As the parent, your primary role is to encourage, supervise, and provide materials for your child--not to do the project for her. You should be encouraging progress and new discoveries, but the child should be doing the work. If she doesn't, Bosco says, she will not experience the process or the rewards in the end. Help your child to gather the tools, equipment and supplies necessary to complete the assignment. Then be there to oversee the use of these materials. "Safety is of upmost importance," points out Cathy Banks, director of the Science and Mathematics Center for Women at Texas Woman's University. "A parent should always be present when using new things." As your child gets deeper into the project, become an encourager. You can also be supportive by helping your child to identify and find resources. Sobo suggests posing questions such as "Where could we find that out?"
FINE-TUNING THE PRESENTATION When your child's display is nearly ready, refer to the teacher's criteria to make sure the project includes all the required elements. "If the teacher says 'abstract,'" Sobo says, "you'd better have one or you'll get a zero on that bit." "Always proofread your child's display," Bosco and many others recommend. "Ask to see the title and graphs before they are placed on the board." This will help your child avoid embarrassing grammatical and spelling mistakes. If there is an oral element to the project, Bosco advises parents to team up with another parent and child in the class. Everyone should listen to formal talks together and then practice asking questions. Encourage the other parent to ask questions of your child and quiz the other student yourself. Among the questions you might pose are, "What did you learn?" "What would you do differently next time?" and "What were the sources of uncertainty in your experiment?" If the child stumbles, try to reword the question in a way he or she can more easily comprehend. WHAT TO EXPECT IN GRADES K-2 According to the 2000 National Science Education Standards (NSES), a document from the National Research Council, students at this level are just learning to "observe, measure, cut, connect, switch, turn on and off, pour, hold, tie and hook." Projects that use these skills may include student demonstrations (for example, exploding volcanoes), categorizations (grouping kinds of trees), collections (identifying different types of leaves), and reports with displays (measuring rainfall over a period of time). Yu Linda Song, a former teacher and education specialist with www.eSCORE.com, cautions that parents with children in this age range find it hard to remain hands-off. "Parents should let kids do their own projects so that the students learn the skills," she says. WHAT TO EXPECT IN GRADES 3-5 Students in these grades use more complex tools, such as thermometers, watches, balances magnifiers, microscopes and calculators, according to
the NSES. By grade 5 students should be doing partial or full inquiries and will "begin to recognize the relationship between explanation and evidence," the NSES states. Projects at this level may require students to come up with a very basic question that can be answered through investigation. The NSES says that up until grade 4 children can "have difficulty with experimentation as a process of testing ideas and the logic of using evidence to formulate explanations." Ask questions to make sure your child understand why and how an experiment can provide an answer to his or her scientific question. WHAT TO EXPECT IN GRADES 6-7 At this level students "can understand that background knowledge and theories guide the design of investigations, the types of observations made, and the interpretations of data," the NSES says. Students in these grades are usually asked to come up with a question, develop a way to test it, and draw conclusions. Often they are interviewed by judges during the event. Science fairs in these grades may be competitive and even required. Typical difficulties include choosing questions that are too narrow or too broad, not budgeting enough time and concentrating too much on winning. EXPLORE SOME MORE www.nap.edu/readingroom/books/nses/html/ National Science Education Standards online.
www.physics1.usc.edu/~gould/ScienceFairs/ An extensive directory to science fair resources, including national, regional, state and local fair home pages and online "virtual science fairs."
www.scifair.org/ Ideas, resources and links.
The Parent's Guide to Science Fairs, by John Barron (Lowell House). A step-by-step guide to the experiment-based science fair.
Getting Started in Science Fairs, by Phyllis J. Perry (TAB Books). Topic ideas and advice for parents and teachers. Also includes tips on how to judge a science fair.
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By Krista West
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