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Chem C500Introduction to Chemistry Ages 8+
The 32-page, full-color experiment manual gives simple instructions for setting up and performing each experiment, and then clear explanations of what happened and why. This kit is ideal for children who are interested in chemistry but who are not yet ready for a more advanced chemistry set. It serves as an excellent introduction to the other kits in our CHEM line. Ages 8 and up. For those familiar with our CHEM C101 kit, this kit is similar in concept, and has been considerably improved. New parts have been added to the kit to make the experiments safer and easier. The manual has been completely overhauled and the box has been redesigned.
Chem C1000Beginner Level Chemistry Ages 10+
Build a strong foundation in chemistry with exposure to a broad range of chemical phenomena and hands-on laboratory experience. The 40-page, full-color manual is presented by Professor Probenius, a distinguished cartoon chemistry professor who provides clear instructions, safety advice and helps interpret the results of the experiments. Ages 10 and up. l learn how to use common lab tools and equipment l use indicators to detect carbon dioxide l write a note in invisible ink l build a fire extinguisher l make water flow uphill l rescue a coin from a basin of water without getting wet l identify chemicals with flame tests l perform electrochemical reactions l make a battery that lights a bulb  Chem C2000Intermediate Level Chemistry Experiment Kit
Discover how fascinating the world is when you understand the remarkable reactions behind ordinary occurrences. CHEM C2000 includes everything in CHEM C1000 and more — with twice the materials and more than three times the experiments. After the first 75 experiments (same as in C1000), the alcohol burner is introduced for experiments that require heat. You will experiment with separating mixtures, carbon dioxide, oxygen, combustion, stronger acids, household cleaners, food, and chemiluminescence. After completing CHEM C2000, you will have experienced firsthand the most important topics in chemistry, creating an excellent foundation for later study of chemical equations and atomic structure. In the 96-page, full-color manual, Professor Probenius guides aspiring young chemists through 251 experiments. Ages 11 and up. l includes everything in CHEM C1000, plus: l learn how to use an alcohol burner l filter mixtures and separate solutions l experiment with acids and bases l create sparkling water l learn about combustion l explore elements and compounds l experiment with water and hydrogen l investigate important metals l conduct experiments with food l inspect soaps and detergents  CHEM C3000Advanced Level Chemistry Experiment Kit
CHEM C3000 is the ultimate chemistry set. It includes all of the components from CHEM C2000, plus more than 40 additional tools and chemicals, and over 100 additional experiments, for a total of more than 387 experiments. The 176-page, full-color experiment manual is written at a more advanced level than the other CHEM kit manuals. We would call it a textbook, but the manual is too much fun to make that comparison. CHEM C3000 has a similar hands-on approach to teaching chemistry as our other CHEM kits, but also teaches more advanced topics such as chemical equations, atomic structures, and the periodic table. These concepts are critical to continued study of chemistry. CHEM C3000 is an excellent preparation for highschool level chemistry. Ages 12 and up. includes everything in CHEM C2000, plus: learn about atomic structure discover the periodic table work with chemical equations investigate organic chemistry CHEM C3000 covers all of these topics and more: introduction to chemistry safety information setting up your workspace acids & bases salts & solutions elements & compounds solids, liquids & gases combustion air & air pressure air pollution our environment metals, oxidation & rust atoms & molecules history of chemistry crystal lattices chemical formulas ubiquitous elements oxygen hydrogen water solutions & saturation hydrogen peroxide atomic bonds orbitals & shells chlorine hydrochloric acid bromine & iodine families of elements the periodic table sulfur carbon dioxide mineral deposits baking soda & powder ammonia crystals & solutions chemical indicators separating mixtures chromatography electron transfer electrolysis electrochemistry carbon fossil fuels alcohols oils, soaps & detergents sugars & starches monomers & polymers proteins waste disposal questions & answers  Fuel CellCar & Experiment Kit
Roll up your sleeves and find out about fuel cells, solar cells, and electrolysis through 30 experiments and demonstrations you can do on your own, in a classroom, or with friends. Some fuel cells, such as this one, do not consume fossil fuels and therefore are considered environmentally friendly. The fullcolor, 96-page manual is a comprehensive lesson in solar cells and fuel cells. Ages 12 and up. l learn how solar cells turn sunlight into electricity l perform experiments with electrolysis l learn how to use a multimeter l discover how fuel cells work l calculate the efficiency of the solar cell and fuel cell l use a unique reversible Proton Exchange Membrane fuel cell  
Wind PowerRenewable Energy Science Kit
Build a working wind turbine to harness power out of thin air. Wind is one of the most promising sources of clean, renewable energy available today. Wind energy has been used for centuries to pump water and crush grain in windmills, and is now increasingly being used to generate electricity to power our modern world. First, assemble a wind turbine complete with electric generator, adjustable rotors, and wind speed indicator. Then, conduct more than 20 experiments with your wind turbine, including experiments with different numbers of rotor blades, different blade angles and profiles, different wind speeds, different gear ratios, and so on. Use the wind turbine to generate mechanical power to lift a heavy weight or generate electricity to light up an LED and charge a rechargeable battery. During the experiments, you will learn the physics of force and motion as it applies to wind power technology. Learn how to measure and calculate the different forces acting on the rotor blades by breaking them down into vectors. Discover how the sun makes the wind, providing us with an endless source of energy. Read about different types of wind turbines and windmills. The full-color, 32-page experiment manual offers illustrated instructions and scientific information. Ages 8 and up. l build a working wind turbine l harness mechanical energy from wind to lift weights l generate electricity to light an LED and charge a battery l learn the physics of wind turbines l discover how wind occurs and why it is such a promising energy source Ages 8+ 32 p 623913 9  Physics Solar WorkshopSolar Power Technology in Action
By building 12 models and conducting 30 experiments, you will learn how solar cells transform light into electrical energy, and how motors and mechanical devices can optimize the work done by this energy. You will build different types of vehicles and machines to demonstrate how gears can convert and transform power for different needs. There are 320 parts, which are also compatible with the other kits in our Physics line. The 64-page book offers illustrated instructions for the projects. Developed with Greenpeace® in Germany. Ages 8 and up. l build 12 models, including a solar-powered tractor, truck, treaded vehicle, car, elevator, drawbridge, fan, airplane, mobile crane and construction crane l learn about harnessing and using solar power l learn about motors and simple machines  Physics WorkshopThe Science of Matter & Energy
Through building 36 models and conducting subsequent experiments with the models, you will learn the fundamental laws of mechanical physics. Start by building small models, such as a fixed pulley, to learn about basic forces and simple machines. Then, work your way up to more complex machines, such as a pendulum clock, to learn more advanced concepts like work and centripetal force. This hands-on approach is both fun and effective because the principles of physics are demonstrated right in front of you. This kit includes more than 300 building pieces. The 64-page, full-color manual presents assembly instructions, experiments and explanations in a richly-illustrated, easy-to-follow manner. Ages 8 and up. l build a windmill, two-speed crane, force scale, sail car, mars robot, hammer machine, centrifuge, pinball game, centrifugal switch, ship’s lantern, and dozens of other models l experiment with simple machines: gears, levers, screws, inclined planes, pulleys, wheels and axles l learn and understand the most fundamental physics equations l read about amazing real-world applications for physics Ages 8+ 64 p 625412 16  Power HouseSustainable Living in the 21st Century
science lessons with the story of a group of young adults learning to live sustainably on a remote island. To survive, they must learn how to harness the power of the sun and the wind, and other natural resources. As you read their story, you work on the same projects alongside them. The full-color, 96- page manual guides your experiments and activities. Ages 12 and up. l build a model house and 20 other energy-related devices, including a windmill, solar water heater, solar oven, solar grid, greenhouse, refrigerator, and air conditioner l grow plants and preserve food l collect the sun’s rays to heat water l cook a potato with sunlight l make fresh water from salt water l learn how the heat of evaporation provides cooling  Genetics & DNABiological Inheritance & Genetic EngineeringLearn about the biology of reproduction, the components of cells, and how chromosomes are combined and copied. Assemble a model to see the elegant double-stranded helical structure of DNA. Then crack the genetic code and find out how the different parts, called nucleotides, fit together to compose it. Read about how scientists use DNA sequencing to reveal the order of nucleotides in DNA. Analyze DNA evidence to identify suspects and solve a crime. Learn about the influential scientists, including Mendel, Watson, and Crick, who made breakthrough contributions to this field. Breed your own bacteria colony to experiment with genetic engineering. Read about how mutation affects genes and how scientists clone plants and animals. The full-color, 48-page manual guides your experiments. Ages 10 and up. l isolate the DNA from a tomato l learn about inheritance and how traits are expressed l build a DNA model l breed bacteria to experiment with genetic engineering Candy FactoryThe Science of Sweets
The 48-page illustrated book provides instructions, recipes, and scientific explanations. This kit does not contain any food items. Ingredients must be purchased separately, giving you control over the ingredients you use. Ages 10 and up. The white plate and candies shown in the picture are not included. l make hard candy, lollipops, chocolates, caramels, fudge, gummy shapes, chocolate eggs, gum drops, marshmallows, licorice, marzipan, pralines, peppermint patties, and more l learn the chemistry of crystals and the biology of taste l read about popular candies and the candy industry l explore the origins of chocolate and sugar l make a chocolate ladybug for good luck  TK2 ScopeMicroscope & Biology Kit
The microscope is a dual light 40-, 100-, and 400-power metal and plastic microscope. The two battery-powered LED light sources allow for both the viewing of large or opaque objects lit from above and the viewing of thinly sliced or translucent specimens lit from below. It has a 10-power ocular lens; 4-, 10-, and 40-power objective lenses; and an aperture wheel. The lenses are all professional-quality optical glass. The microscope is durable and powerful, permitting years of continued observations. The full-color, 48-page manual guides you through set-up, usage, and dozens of fascinating observations of biological specimens. Ages 8 and up. l learn how to use the microscope and how to prepare slides l 2 bright LED lights, above and below l 40x, 100x, and 400x magnification l 4x, 10x, and 40x objective lenses and a 10x ocular lens, all made of optical grade glass l over 20 tools and accessories  Elements of Science100 Experiments in Biology,
The full-color, 112-page book is organized into the following 15 chapters: 1. Water: adhesion, cohesion, buoyancy, density, states of water, and surface tension. 2. Air: Bernoulli’s Principle, gases, pressure, wind, and molecular theory. 3. Heat: temperature, condensation, evaporation, and heat energy. 4. Sound: music, sound waves, tone, and vibration. 5. Forces: centrifugal force, energy, weight, gravity, inertia, pendulums, and rockets. 6. Magnetism: magnetic fields, compasses, magnetic poles, and radiation. 7. Electricity: electric motors, light bulbs, simple circuits, and static electricity. 8. Electromagnetism: electromagnets, the EM spectrum, waves, and current indicators. 9. Light: camera obscura, light and shadow, and light intensity. 10. Optics: microscopes, telescopes, lenses, prisms, reflection, refraction, and optical illusions. 11. Plants and Animals: seeds, microscopic organisms, plant cycles, plants and light, and zoology. 12. Colors: color theory, printing, and the color spectrum. 13. The Human Body: the brain, the eyes, the circulatory system, and the ears. 14. Chemistry: acids, bases, chromatography, filtration, reactions, tricks, and safety. 15. Earth and Sun: globes, day and night, seasons, rotation, sundials, and time zones.  Little LabsStepping into Science
Learn what plants need to grow, build a barometer, see how water climbs, watch plants sweat, and investigate plant propagation. Discover how a magnifying glass enlarges, how colors mix, how static electricity attracts, how sundials tell time, and how a motion picture works. Investigate air pressure, air flow, hovercraft, paper airplanes, and suction. Write secret messages, float a paper clip, blow super bubbles, observe capillary action, and test displacement. Build a soap-driven boat, mix oil and water, experiment with evaporation, paint with sugar, and watch a balloon inflate itself. With a 48-page guidebook, Stepping into Science teaches science fundamentals with step-by-step, hands-on experiments, while also introducing children to the scientific method itself. Ages 5 and up. MicrocontrollerComputer Systems Engineering KitThis kit introduces you to microcontrollers, sensors, and programming through 100 experiments. Build devices that use sensors to monitor and record data, and use the data to control motors, buzzers, lights, and a digital display. Write programs to control the devices you build. For example, you can build a light meter using a light dependent resistor and record the light levels in a room over a 12 hour period. Or measure and record the changes in temperature outside with a temperature sensor, and then graph the results. First, assemble a circuit and write a program, following the detailed instructions in the manual. Then, upload the program to the microcontroller using an infrared interface. The program tells the microcontroller how to perform your experiment and store the data. Finally, the data stored in the microcontroller can be downloaded to the computer using the infrared interface. Full-color, 144-page experiment manual. Ages 12 and up. The programming software requires a computer running Windows XP or Windows 2000. The infrared interface between the computer and microcontroller requires a 9-pin serial or USB port on the computer. l learn how computers and programs work l assemble circuits and write programs l conduct experiments with light, heat and sound sensors l design your own circuits and programs l store your work in a sleek, portable case l use your devices to collect many types of data for other science experiments |
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