46 Science Fair Projects for the Evil Genius

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McGraw Hill Professional, Sep 21, 2008 - Technology & Engineering - 240 pages
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Want to win first place in the next science fair? 46 Science Fair Projects for the Evil Genius has everything you need to create amazing, sophisticated projects that will wow the judges and keep everyone talking long after the awards are handed out.

Using inexpensive, easy-to-find parts and tools, and following standard science fair requirements, these creative new projects test 46 theories from various disciplines, including physics, astronomy, energy, environmental science, and economics. Each project begins with an intriguing hypothesis that leaves plenty of room for you to add your own tweaks, making the project entirely different and new-the only limit is your imagination! 46 Science Fair Projects for the Evil Genius:

  • Features instructions and plans for 46 inventive, winning projects, complete with 100 how-to illustrations
  • Shows you how to assemble, design, and build devices to test the hypotheses offered for each project
  • Leaves room for you to customize your project and create several variations, so the experiment is entirely your own!
  • Removes the frustration-factor-all the parts you need are listed, along with sources

Regardless of your skill level, 46 Science Fair Projects for the Evil Genius provides you with all the parts lists and tools you need to test the hypotheses and complete projects with ease, such as:

  • Water, Water, Everywhere-the effect of salt water flooding a lawn
  • “Vlip!”-dogs respond to sounds, not the meaning of words
  • Web Crawler-the effectiveness of Internet search engines
  • M&M Ring around the World-the validity of sample size
  • “Commercial” TV-comparison of programming to advertising content
  • Sounds fishy-do goldfish have a water temperature preference?
  • Split and Dip-strategy for making money in the stock market
  • High-Tech Times-the willingness of people of different ages to adapt to new technology
  • Not Just Lemonade-is adding lemon to cleaners just for marketing?
  • Kinetic Pendulum-the relationship between a pendulum, an arc, and time

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Water Water Everywhere The effect of fresh water and coastal salt water flooding on lawns
Whos Home? Determining whether or not organisms other than birds live in birds nests
Go with the Flow Lighthouses are cylindrically shaped so they can structurally withstand highvelocity winds
Kinetic Pendulum Examining the relationship between the arc distance a pendulum travels and the swing period time
Melody Camouflage Erroneously perceived sound while masked by noise
Vlip A pet dog responds to sounds rather than understanding the meaning of words
Got Salt? Comparisons of back bay salt content to tide cycles
In the Ear of the Beholder The physics and social classification of noise
Split and Dip Testing a strategy for making money in the stock market
Johnny Applesauce Cinnamon A mold inhibitor
Backfield in Motion The effect of an electromagnetic field on singlecelled organisms
Green No More Concepts in chlorophyll
Not Just Lemonade Determining if the addition of lemon to cleaning products is strictly for marketing purposes
Less Is More Determining if pH increases as standing rainwater evaporates
Natural Fences Finding natural pesticide substances
The Nose Knows Olfactory identification differences by age

Flying in the Wind Wind velocity at ground level may be different at heights above the ground
Lighter Struts Making materials lighter yet still strong enough for the required need
Stock Up Concepts of stock market investing
A Better Burger Comparing the fat content in different grades of ground beef
Caught in the Spotlight Devising an insectcollection device and then evaluating the nocturnal insect population in your area for health hazards
Sweet Treat The behavior of ants toward natural and artificial sugars
C a Fantastic Vitamin The effect of boiling on the vitamin C content of carrots
Zenith Is Not a Radio Comparing the Suns daily zenith to the time between sunrise and sunset
Bold Mold Environment affects the rate at which food spoils
MMs Ring Around the World Determining the validity of sample size
Choices Behavior The position of an item will determine the selection by handedness left handright hand over color
Plants Exhale A plant produces more oxygen when light intensity is increased
Melting Mountains Alluvial runoff from melting mountain ice
Sounds Fishy Determining if goldfish have water temperature preferences
Parallelogram Prevention Simple bracing can greatly increase a structures capability to maintain its shape under stress
A Taste of Plant Acid Determining if a vegetable has a more acrid taste if it has a higher pH
Germ Jungle Checking for the presence of bacteria on public surfaces
Not til Christmas Determining adherence to instructions by gender
Space Farm The effect of artificial gravity on radishseed germination
Cooled Off Comparison study between the cooling effect of evaporating water and alcohol
Pass the Mold A study on the capability of common bread mold to be transferred from one food to another
Hardwood Café Determining if bracket fungi are parasites or saprophytes
Web Crawlers Determining the effectiveness of various Internet search engines
Night Watch Circadian rhythms Training a house plant to be awake at night
Time for the Concert A study of the effect of temperature on the chirping of crickets
Flying Walking Crawling Natural bait to keep pests at bay during picnics
HighTech Times A study of the willingness of people in different age groups to adapt to new technology
Commercial TV A comparison of programming to advertising content
Sold on Solar The temperature in a climate as it relates to the amount of possible usable sunlight
Getting to the Root of the Problem A study of the effect of low water on radish seedling root systems

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Page 32 - ... and reproducing the average weight gain for that lot and exposure condition on each specimen within ±5 mg/dm2. 9.6.2 Each autoclave run used for acceptance of product shall contain at least three specimens from a lot of known corrosion rate. These specimens, "standards...
Page 94 - One way to measure pH is by using litmus paper. Litmus paper comes in different colors to measure different ranges of pH. Red litmus paper turns blue in a base solution. Blue litmus paper turns red in an acid solution. A color chart is used to compare the color litmus paper turns to a pH number.
Page 29 - ... and neighborhood. Some sounds you may not have paid much attention to before: for example, toast popping up in a toaster, a door chime, a church bell, popcorn popping, a car horn, the crackling of a fire in a fireplace, the telephone ringing, birds chirping...
Page 94 - One characteristic of chemical substances is the amount of acid or base they contain. Foods that contain weak acids taste sour, for example, lemon or lime juice, and pickles.
Page 94 - If you have a swimming pool, you may have used a pH water-test kit, where a sample of water is collected, and a few drops of a special chemical are added and mixed with the water.
Page 28 - Hitting a fence with a stick may be noise, but if you walk along a picket fence and...
Page iii - Bonnet, who holds a master's degree in environmental education, has been teaching science for over 25 years. He was a state naturalist at Belleplain State Forest in New Jersey. Mr. Bonnet has organized and judged many science fairs at both the local and regional levels. He has served as the chairman of the science curriculum committee for the Dennis Township...
Page 94 - In the same way as a ruler is used to measure the length of an object, and a thermometer is used to show how hot something is, chemists have created a scale to measure how much acid or base a substance contains. This measurement tool is called the pH scale. Technically, the term "pH" means "the potential of electricity for positive hydrogen ions," because chemists can use electricity to do the measurement.

About the author (2008)

Bob Bonnet (Cape May Court House, NJ), who holds a masters degree in environmental education, has been teaching science for over 25 years. He was a state naturalist at Belleplain State Forest in New Jersey. Mr. Bonnet has organized and judged many science fairs at both the local and regional levels. He has served as the chairman of the science curriculum committee for the Dennis Township School system and is a “Science Teaching Fellow” at Rowan University in New Jersey. Mr. Bonnet is listed in “Who’s Who Among America’s Teachers.” Together Mr. Bonnet and Mr. Keen have had many articles and books published on a variety of science topics for international publishers, including McGraw-Hill and Sterling Publishing. Dan Keen (Cape May Court House, NJ) holds an Associate in Science degree, majoring in electronic technology. Mr. Keen is the editor and publisher of a county newspaper in southern New Jersey. He was employed in the field of electronics for 23 years and his work included electronic servicing as well as computer consulting and programming. Mr. Keen has written numerous articles for many computer magazines and trade journals since 1979. He is the coauthor of several computer programming books. For 10 years he taught computer courses in community education programs in four schools. In 1986 and 1987 he taught computer science at Stockton State College in New Jersey.

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