Conley School 2010/2011 Science Fair Guide - Conley Elementary ...
Conley School 2010/2011 Science Fair Guide - Conley Elementary ...
Conley School 2010/2011 Science Fair Guide - Conley Elementary ...
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<strong>Conley</strong> <strong>School</strong> <strong>2010</strong>/<strong>2011</strong> <strong>Science</strong> <strong>Fair</strong> <strong>Guide</strong><br />
Yellow Jacket Scientists the <strong>Science</strong> <strong>Fair</strong> is March 7 th !!!<br />
Welcome to the <strong>Science</strong> <strong>Fair</strong>! We hope this <strong>Science</strong> <strong>Fair</strong> packet will make the project easier, more fun,<br />
and educational for students, parents, and teachers. A timeline and the rules are found in this packet.<br />
All students in grades 3-5 must complete an INDIVIDUAL <strong>Science</strong> <strong>Fair</strong> project as part of their<br />
grade. Students in K-2 will complete a classroom science project with their teachers. Additional copies of<br />
these requirements can be obtained from the <strong>Conley</strong> website.<br />
Each participating student must complete a BLUE proposal form. The <strong>Science</strong> <strong>Fair</strong><br />
Proposal is due to the classroom teacher by Monday, January 10. Teachers will review, sign and return<br />
acceptable proposals that meet all the criteria. You may be asked to revise and resubmit your proposal<br />
after conferencing with your teacher. If things aren’t working out and you decide to change topics, you<br />
must resubmit the blue proposal form and have it re-approved. For safety’s sake, no projects can be<br />
accepted without a blue proposal signed by both a teacher and a parent.<br />
**Save the BLUE proposal sheet because it must be attached to<br />
the backside of your <strong>Science</strong> <strong>Fair</strong> backboard!**<br />
TIP: Make a <strong>Science</strong> <strong>Fair</strong> Project folder to keep all your “stuff” in.<br />
Projects are due in the classroom by 8:30 A.M. on Monday, March 7th (unless your<br />
classroom teacher requires an earlier date for review and grading!) Check with your child’s teacher to<br />
see if an earlier date applies. No projects will be accepted after 8:30 a.m. Pre-qualifying<br />
takes place during the week of March 7, <strong>2011</strong> in each classroom.<br />
Projects are to be completed at home. Parents are encouraged to discuss project ideas,<br />
experimental design and project presentation with their children. However, within the child’s ability, all<br />
work on the project must be that of the student. Remember, this is not a competition! We have enough<br />
ribbons for every student if they fulfill the requirements. Students are encouraged to use many resources.<br />
The actual manipulation of the project, the handwriting in the logbook, and the arrangement of the<br />
backboard is to be completed solely by the student. Parental aid should be noted in the logbook.<br />
Materials bought for projects should be minimal, everyday objects are encouraged. No kits, please!<br />
Projects must not include the use of ANY animals.<br />
Judging Criteria<br />
All projects will be judged on specific criteria from the categories, as outlined on the:<br />
“<strong>Guide</strong>lines For Scientific Method Projects”<br />
Good luck and good science to all! Please keep and post these rules!
GUIDELINES FOR SCIENTIFIC METHOD PROJECTS<br />
1. SCIENTIFIC METHOD: (ALL must be visible on the backboard; 10 out of 10) #1: /10<br />
1. Purpose: Is a MEASURABLE question asked?<br />
2. Is a hypothesis (statement that can be tested) formed to answer the purpose?<br />
3. Are BOTH variables (manipulated/changed, and responding/measured) identified?<br />
4. Are the controls (what was kept the same for each trial) identified?<br />
5. Does the procedure used test the hypothesis in a MEASURABLE manner?<br />
6. Did the student replicate (repeat) the experimental procedure at least three times?<br />
7. Are all the materials listed?<br />
8. Have the observations been analyzed (totaled or averaged) and displayed with a graph,<br />
and are the variables (what was changed, then what was measured) labeled on the graph?<br />
9. Has a conclusion been drawn based on the observations?<br />
Does it include research to explain WHY this happened?<br />
10. Have all steps of the experiment been recorded in a LOGBOOK?<br />
2. DISPLAY AND WRITTEN WORK: (4 out of 5 required) #2: /5<br />
1. Are the steps of the scientific method presented in a logical sequence on the backboard?<br />
2. Is written material clear, neatly written, and large/dark enough to be read from a distance?<br />
Does it show attention to grammar and spelling appropriate for student's age?<br />
3. Is the proposal, with teacher and parent signatures, on the back/side of the backboard?<br />
4. Are the references/acknowledgements noted on the backboard?<br />
5. Does the logbook include:<br />
a. All the steps of the scientific method?<br />
b. Information gathered through surveys, observations, research, or interviews?<br />
c. A chart that shows the data collected and the experiment repeated<br />
at least three times, with results either totaled or averaged?<br />
3. ORAL PRESENTATION: (4 out of 5 required) #3: /5<br />
1. Can the student adequately explain the project using the observations as a guide?<br />
2. Can the student verbalize what was learned from the project?<br />
Can s/he explain WHY they got the results and conclusion that they got?<br />
3. Can the student answer specific questions about the project?<br />
4. Did the student plan and carry out the project (with appropriate parental guidance)?<br />
5. Did the student produce the backboard display (with appropriate parental guidance)?<br />
4. APPEARANCE AND CREATIVITY: (4 out of 5 required) #4: /5<br />
1. Is the display visually appealing? Is it fun and interesting to look at?<br />
2. Is the student's work presented neatly and with pride and attention to detail?<br />
3. Is the project presented on a self-standing poster or backboard?<br />
4. Has the student addressed the question in a creative and original way?<br />
5. Besides the graph, have observations been displayed with charts, diagrams, or pictures?<br />
JUDGE'S COMMENTS
*** <strong>2010</strong>/<strong>2011</strong> CONLEY SCIENCE FAIR TIMELINE ***<br />
Week of 12/13:<br />
<strong>Science</strong> <strong>Fair</strong> Packets to students.<br />
1/10 Tues: Proposals due to teacher.<br />
3/7 Mon: <strong>Science</strong> <strong>Fair</strong> projects due in classrooms by 8:30 am (your classroom teachers<br />
may require an earlier due date!)<br />
3/7 (Mon) – 3/9 (Wed): Pre-qualifying of project<br />
3/10 Thr: <strong>Science</strong> <strong>Fair</strong> Judging of individual projects (9:00 – 2:30)<br />
TBA (May):<br />
<strong>Elementary</strong> <strong>Science</strong> Expo at Challenger Learning Center
*** The Scientific LOGBOOK ***<br />
As soon as you decide on a science project, you need to begin a logbook. The logbook is a<br />
written record of EVERYTHING you do during your experiment. You will use the “log book”<br />
attached. You will write in it every day you work on your project. It becomes your science<br />
diary. Make sure your logbook includes:<br />
1. Your TOPIC: choose a topic that interests you and is MEASURABLE! Look through your <strong>Science</strong><br />
textbook, magazines, newspapers, or search the Internet for project ideas, OR talk to your parents,<br />
teachers, friends, scientists . . . Note in your logbook how/why you chose this topic. Gather<br />
RESEARCH information from other sources and record it in your logbook.<br />
2. Your PURPOSE: the scientific question you want to measure, and your HYPOTHESIS (statement<br />
that can be tested). Make sure you explain WHY you think that your hypothesis will occur.<br />
3. INDEPENDENT (manipulated) VARIABLE: the thing you will change in your experiment.<br />
4. DEPENDENT (responding) VARIABLE: the thing you will measure in your experiment.<br />
5. CONSTANTS: all the things that must stay the same during your experiment<br />
6. PROCEDURES: the step-by-step plans for your experiment.<br />
7. MATERIALS: a list of the tools/equipment/things you will need to do your experiment.<br />
8. OBSERVATIONS: keep a log of what you did and saw and measured each day, including a chart<br />
to record your data, or measurements. Be sure to REPLICATE (repeat) your experiment at least 3<br />
times.<br />
9. GRAPH: make a graph to illustrate the data you collected, clearly labeling the manipulated and the<br />
responding variables. Make sure you graph the totals (3 rd grade) or averages (4th and 5 th ), NOT the<br />
individual trials!<br />
10. CONCLUSION: Analyze your observations and decide whether your hypothesis was correct. Your<br />
data must support your CONCLUSION. Be sure to answer the question asked in the purpose. Explain<br />
what happened and why you think it happened that way. Discuss ways you could make the experiment<br />
better. It is OK if your hypothesis was incorrect. Proving your hypothesis right OR wrong is the object<br />
of the scientific method. Use research to explain WHY this happened.<br />
11. ACKNOWLEDGEMENTS and REFERENCES: list the names of all books, articles, films, and<br />
other materials you used, and all the people who helped you!
*** Project Ideas ***<br />
3 rd grade projects that support benchmarks:<br />
Scientific Methods for Experimenting: pg. XXVI<br />
Do different types of seeds germinate at different rates?<br />
In which type of soil do grass seeds grow best?<br />
What type of liquid helps grass seeds grow best?<br />
Does the amount of light affect the growth of mold?<br />
On which surface does mold grow best?<br />
Which type of food produces the most growth in a mealworm population?<br />
How much water do different types of cut flowers absorb?<br />
How does the weight of the ball on a wind gauge affect the wind speed measurement?<br />
What effects do different amounts of carbon dioxide have on our environment?<br />
How much water can soil hold?<br />
Which natural event causes the most erosion, wind or rain?<br />
Which material is affected the most by erosion: sand, mud, or rocks?<br />
What are the effects of rain on the water level of lakes?<br />
What are the effects of pumping water from water wells on lakes?<br />
Which type of soil particle settles first or last in water?<br />
How does the shape of a piece of foil affect its buoyancy?<br />
What type of liquid (i.e. oil, honey, vegetable oil) will settle first in water?<br />
Which solution will clean a tarnished penny best: water and vinegar, baking soda and water, or hydrogen<br />
peroxide and water?<br />
Does a pendulum move faster or slower with more weight?<br />
How does the length of a pendulum affect the length of its swing?<br />
Does the length of a pendulum affect how fast it moves?<br />
Does the height of a catapult affect the distance an object is thrown?<br />
How does the height of a ramp affect the speed of an object?<br />
How does the steepness of a ramp affect the amount of force needed to pull an object up the ramp?<br />
Which type of paper airplane flies the farthest or longest?<br />
How does the length of time use to create an electrical charge affect the strength of static electricity? (Use<br />
a balloon, your head, and pieces of construction paper.)<br />
Do freshwater ice and saltwater ice melt the same way?<br />
Which type of plastic cup transmits sound better on a flat surface?<br />
How does pitch affect the strength of sound vibrations?<br />
Which musical instrument produces the greatest sound vibration?<br />
How does energy affect the distance a toy car travels?<br />
Does the distance from a constellation affect the pattern seen?<br />
How can a planet’s distance from the Sun affect its surface temperature?<br />
Which type of water transport system works best?<br />
How does the speed of a meteorite affect the crater it makes?
*** Project Ideas ***<br />
4 th grade projects that support benchmarks:<br />
Scientific Methods for Experimenting: pg. XXVI in <strong>Science</strong> Textbook<br />
How does the angle of the Sun’s light affects temperature on Earth?<br />
What type of insulation material would help hold the heat in a cup longer? pg. xxvi<br />
How does distance change earthquake effects?<br />
Will plants grow better if their leaves are shaded or in sun?<br />
Will plants grow better in a crowded or non-crowded environment?<br />
Do mealworms prefer damp or dry places?<br />
What affects how rain erodes soil?<br />
How does friction affect motion?<br />
How is motion affected by mass?<br />
Will radish seeds grow better in a less or more salty environment?<br />
5 th grade projects that support benchmarks:<br />
Scientific Methods for Experimenting: pg. XXVI in <strong>Science</strong> Textbook<br />
Does size affect your lung capacity?<br />
How does the amount of sunlight reaching Earth vary at different places?<br />
Does the direction seeds are planted affect the direction the root grows?<br />
How does salt affect hatching brine shrimp?<br />
How does temperature affect the growth of crystals?<br />
How does temperature affect how long a reaction takes?<br />
What affects the motion of a pendulum?<br />
How can energy change its form?<br />
What can electricity flow through the best?<br />
Helpful websites:<br />
1) http://www.ipl.org/div/projectguide/<br />
2) www.<strong>Science</strong>Buddies.org<br />
3) http://school.discoveryeducation.com/sciencefaircentral/scifairstudio/ideas.html<br />
4) www.all-science-fair-projects.com/elementary-science-fair-projects.html<br />
5) www.homeworkspot.com/elementary/science/<br />
6) http://www.sciencenetlinks.com/matrix.php
Name: ___________________________________ Teacher: _________________________ Due: _____________________<br />
*** List 3 <strong>Science</strong> <strong>Fair</strong> Project IDEAS ***<br />
I. Purpose (the MEASURABLE question I MIGHT ask):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
II. Hypothesis (the STATEMENT that can be tested):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
III. Independent (manipulated) variable (the thing I will change):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
IV. Dependent (responding) variable (the thing I will measure):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
OR:<br />
I. Purpose (the MEASURABLE question I MIGHT ask):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
II. Hypothesis (the STATEMENT that can be tested):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
III. Independent (manipulated) variable (the thing I will change):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
IV. Dependent (responding) variable (the thing I will measure):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
OR:<br />
I. Purpose (the MEASURABLE question I MIGHT ask):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
II. Hypothesis (the STATEMENT that can be tested<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
III. Independent (manipulated) variable (the thing I will change):<br />
_________________________________________________________________________<br />
_________________________________________________________________________<br />
IV. Dependent (responding) variable (the thing I will measure):<br />
_________________________________________________________________________<br />
_________________________________________________________________________
My <strong>Conley</strong> <strong>Science</strong> <strong>Fair</strong> Proposal<br />
I, ____________________________, propose the following experiment for my <strong>Science</strong> <strong>Fair</strong> Project:<br />
I. Purpose (the MEASURABLE question I MIGHT ask):<br />
_______________________________________________________________<br />
_______________________________________________________________<br />
II. Hypothesis (the STATEMENT that can be tested):<br />
_______________________________________________________________<br />
_______________________________________________________________<br />
III. Independent (manipulated) variable (the thing I will change):<br />
_______________________________________________________________<br />
_______________________________________________________________<br />
IV. Dependent (responding) variable (the thing I will measure):<br />
_______________________________________________________________<br />
_______________________________________________________________<br />
V. Constants (the things I will keep the same):<br />
1. __________________________ 6. _________________________<br />
2. __________________________ 7. _________________________<br />
3. __________________________ 8. _________________________<br />
4. __________________________ 9. _________________________<br />
5. __________________________ 10. _________________________<br />
VI. Procedures (the steps I will take to test my hypothesis: continue on separate sheet if necessary):<br />
1. ______________________________________________________<br />
2. ______________________________________________________<br />
3. ______________________________________________________<br />
4. ______________________________________________________<br />
5. ______________________________________________________<br />
6. ______________________________________________________<br />
7. ______________________________________________________<br />
8. ______________________________________________________<br />
9. ______________________________________________________<br />
10. _____________________________________________________<br />
I shall support my student’s effort in doing this <strong>Science</strong> <strong>Fair</strong> project!<br />
_____________________ __________<br />
___________________<br />
Parent Signature Date Teacher Signature<br />
This proposal is due to my classroom teacher on: ______________