15 December 2009
07 December 2009
Jr. High Science Fair Project “Suggestions”
From Soda Bottle Science:
- “Wave Machine”
Objective: To observe how different liquids have different densities
Materials: several 1-liter soda bottles, liquids of different densities
- “Viscosity Bottles”
Objective: To discover how the viscosity of a liquid changes with temperature
Materials: several 1-liter soda bottles, water, cooking oil, pennies, hair dryer, ice
- “Inertia Bottle”
Objective: To investigate how the mass of an object affects its inertia
Materials: several 1-liter soda bottles, wooden board, thick book, tennis ball, basket ball
- “Soda Bottle Pendulum”
Objective: To explore the law of pendulums
Materials: 1-liter soda bottle, sand, small washer or nut, string, broomstick, chairs
- “Hot-Air Balloon”
Objective: To observe what happens to the volume and density of air when it is heated and cooled
Materials: soda bottle, pan/water/stove, sunshine, ice cubes
- “Infiltration Bottles”
Objective: To investigate which earth material allows water to flow through it fastest
Materials: several 1-liter soda bottles, plastic cup, water, sand, gravel, soil
- “Porosity Bottle”
Objective: To investigate which type of soil stores moisture best
Materials: several soda bottles, thumbtack, sand, potting soil, topsoil, cups, water, paper towels, garbage bag
- “Soda bottle greenhouse”
Objective: To investigate if the color of light affects the growth of plants
Materials: clear soda bottle, colored soda bottle, identical plants/accoutrements
- “Yeast Beast”
Objective: To investigate how yeast cells get food
Materials: 2 1-liter soda bottles, yeast, sugar, water, balloons
- “Soda Bottle Composters”
Objective: To explore how nutrients are recycled in nature
Materials: 4 1-liter soda bottles, newspaper/grass clippings/vegetable scraps/etc., spray bottle, tape
From 50 Terrific Science Experiments:
- “Don’t Be Dense”
Purpose: Compare the densities of several liquids. Determine the relative densities of some objects.
Materials: glass jar, water, salt, food coloring, oil, molasses, small wooden block, paper clip, egg, crayon, button
- “Heat It Up”
Purpose: Determine that warm molecules move faster than cold molecules
Materials: 4 glass jars, water, food coloring, ice, wooden spoon
- “Cold Feet”
Purpose: Compare the effectiveness of wool, cotton, and nylon as insulators
Materials: socks of different materials, thermometers, empty soda bottles, clay, glass jar
- “Enzyme Buster”
Purpose: Observe the effects of acids, bases, and water on the enzyme in apples that speeds the browning reaction of apple by oxygen
Materials: apple slices, small cups, vinegar, lemon juice, baking soda, milk of magnesia, water
- “Raindrops Keep Falling on My Leaves”
Purpose: Determine the effects of acid rain on plant growth
Materials: 3 identical plants, spray bottles, water, vinegar, baking soda
- “Speed Demon”
Purpose: Observe the effect of a catalyst on a chemical reaction
Materials: beef liver, water, hydrogen peroxide, thermometers
- “Bold Molds”
Purpose: Grow fungi (bread molds) and observe some of their growth requirements
Materials: plastic bags, bread, hand lens, water
- “Chalk It Up to Acid Rain”
Purpose: Observe the effects of acids on chalk, a calcium carbonate compound
Materials: chalk, vinegar, straw, file, plastic wrap
- “Tips on Smooth Lips”
Purpose: Evaluate the effect of oils and waxes on moisture retention in lips
Materials: tissue paper, petroleum jelly, chapstick, lipstick, stiff paper, water, food-coloring, tape, dropper
From 46 Science Fair Projects for the Evil Genius:
- “Go with the Flow”
Problem: Does shape affect the ability to withstand high velocity winds?
Materials: glue, cylinder, wood, hair dryer, scissors, ruler
- “Kinetic Pendulum”
Purpose: To understand the principles of pendular motion
Materials: bowling balls, plastic bags, rope, string, swing set
- “Vlip”
Problem: Do trained dogs respond to commands because of association with sound and not because of any understanding of language?
Materials: pet dog, training book
- “Flying in the Wind”
Purpose: To determine if wind speed is different at ground level compared to 30 or 40 feet above ground
Materials: ribbon, clothespins, flagpole
- “A Better Burger”
Purpose: To compare the fat content of different grades of ground beef
Materials: 3 grades of beef, kitchen scale, use of standard kitchen equipment
- “A Sweet Treat”
Problem: What happens when an organism is given a choice between a sweet food with little nutritional value, and a nutritional source of energy?
Materials: white sugar, brown sugar, saccharin artificial sweetener, aspartame artificial sweetener, compass, ants, popsicle sticks, cardboard
- “A Fantastic Vitamin”
Problem: Does boiling foods affect the Vitamin C content?
Materials: carrot, jars, water, corn starch, Vitamin C tablets, iodine, eyedropper, standard kitchen equipment
- “A Bold Mold”
Problem: What environmental factors create mold that spoils food?
Materials: lettuce, bread, meat, cheese, fruit, spray bottle, sandwich bags
- “In the Ear of the Beholder”
Problem: Is all noise equal?
Materials: 10 Jr High students, 10 adults
- “Zenith is not a radio”
Purpose: To determine the time of the sun’s highest altitude
Materials: plywood, protractor, level, clay
- “M&M’s Ring Around the World”
Materials: several bags of M&Ms
Problem: 30-A: Percentage of each color in a bag?
30-B: Number of pieces per bag?
30-C: Weight of individual pieces? (additional material: scale)
- “Choices”
Purpose: To determine which is the stronger trait for selecting objects-- the location of the object or the association of color?
Materials: cupcakes, food coloring, eye dropper, 20 male students
- “Melting Mountains”
Purpose: To determine if the rate at which ice melts effects the amount of material lost
Materials: milk jugs, styrofoam trays, wood, sand, freezer, scale, heat lamp
- “Parallelogram Prevention”
Purpose: To find the best placement of braces to strengthen a square wooden frame
Materials: screw hooks, lumber, nails, sand, towel, scale, wood, saw, drill, hammer
- “A Taste of Plant Acid”
Purpose: To determine if pH is a factor in the taste of an onion
Materials: several different kinds of onions, litmus paper
- “A Nose Knows”
Purpose: To determine if age affects the ability to identify scents
Materials: cookies, vanilla extract, ten adults, ten students, small jars
01 December 2009
La Paloma Academy’s
General Science Fair Rules
The SARSEF (Southern Arizona Regional Science and Engineering Fair) official rules can be found at http://www.sarsef.org/. LPA will be adhering to the general rules, along with the following additional expectations.
- Participation in the LPA Science Fair is mandatory.
- LPA highly encourages group projects, but groups cannot have more than 2 students in them. Once a partner has been chosen, the group can only be changed with prior teacher permission.
- Student projects must be approved by the teacher before they are started. Projects that do not have prior teacher approval will not be eligible for judging.
- LPA will be holding a school Science Fair on February 19, 2010. Students who wish to be considered for the SARSEF have an additional set of expectations:
- Academic eligibility: Students with below an 80% in Science cannot be considered for SARSEF participation.
- Students must indicate to their teachers before they begin their project that they wish to be considered for SARSEF. They will not be eligible for consideration without teacher approval beforehand.
- Students who wish to be considered for SARSEF are encouraged to work alone (no partner).
- Student journals: Each aspect of the Science Fair will be collected by the teacher and kept in a student folder, this will suffice for the student journal for those students not participating in SARSEF; students who wish to be considered for SARSEF need to follow an additional set of rules regarding the student journal, which will provided in the official SARSEF packet.
Science Fair is designed as an independent project. Students should not expect to complete the project during class time: Science Fair projects must be completed at home, during students’ allotted homework time.
Science Fair Grading
Each piece of the Science Fair will receive two grades: one for on-time completion, and one for quality of work. Your teacher will explain the expectations for each section. The final Science Fair Board will receive a grade based on the following matrix:
| category | student fell below expectations if... | student met expectations if... | student exceeded expectations if... |
| project complexity |
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| hypothesis |
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| materials list |
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| procedure |
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| analyzed data |
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| results and conclusion |
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| abstract |
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| board presentation |
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Jr. High: These are your
Dates to Remember
| Monday 07 December |
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| Wednesday 09 December |
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| Friday 11 December |
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| Monday 14 December |
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| Monday 11 January |
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| Friday 15 January |
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| Monday 25 January |
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| Monday 08 February |
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| Wednesday 17 February |
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| Friday 19 February |
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