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Alternative Energy, continued
Cooking with Solar Energy—
Flinn STEM Design Challenge™
By: The Flinn Staff
Solar ovens are a fuel-efficient and environmentally friendly
method of using the Sun’s ultraviolet radiation to cook food.
Learn how solar ovens work and cook some yummy snacks
with energy from the Sun—no electricity or flames needed!
In the first part of this activity, students make a basic boxtype
solar oven and then investigate how high the internal
temperature reaches in a given amount of time. Once the
data are collected and analyzed, students then apply their
knowledge of science concepts, such as heat transfer, reflection, absorption and the
greenhouse effect to design and implement improvements for a more efficient oven.
Complete for eight student groups, including boxes. Thermometers are required
and available separately.
See free video at flinnsci.com.
Catalog No. Description Price/Each
AP8048 Cooking with Solar Energy—Flinn STEM Design Challenge™ $56.15
AP1452 Spirit-Filled Thermometer 6.44
ALTERNATIVE ENERGY continued on next page.
Catalog No. Description Price/Each
AP8085 Alternative Energy—Flinn STEM
Design Challenge™ 5-Kit Bundle
$352.00
Alternative Energy—Flinn STEM
Design Challenge™ 5-Kit Bundle
Cost-saving bundle includes 5 Flinn STEM Design Challenge™
Alternative Energy kits! Help students connect renewable
energy concepts and engineering design with confidence. Save money by
purchasing the kits as a bundle rather than individually.
• AP8048 Cooking with Solar Energy • AP8049 Solar-Powered Cars
• AP8050 Build a Water Wheel • AP8051 Generating Electricity with Wind
• AP8052 Biofuels
Alternative Energy—
Flinn STEM Design
Challenge™ 5-Kit Bundle
AP8085
Solar-Powered Cars—
Flinn STEM Design Challenge™
By: The Flinn Staff
Students build their very own model cars that
run on energy from the sun! In the first part
of this activity, students learn how a solar car
works and build a model prototype. Next they
investigate different variables to determine their
effect on the car’s performance. Based on the
data collected and their observations, students
create an optimal design solution for a faster moving car.
Full-size kits are complete for eight student groups. Small-size kits are complete for
4 student groups. Refill kits contain materials only.
Catalog No. Description Type Price/Each
AP8049 Solar-Powered Cars—Flinn
STEM Design Challenge™
Full-Size Kit $161.00
AP10098 Full-Size, Refill Kit 151.00
AP10176 Small-Size Kit 113.00
AP10254 Small-Size, Refill Kit 106.00
Photon Solar Racer
The Photon Solar Racer can be built in one
class period and raced in another. All that
is required for assembly are scissors and
a small screwdriver. The model will achieve
very fast speeds in bright sunlight. After
building the initial model, the key solar/
mechanical components can be used to power other cars of student design.
All materials to build one complete Photon Solar Racer are included.
Catalog No. Description Price/Each
AP6060 Photon Solar Racer $36.05
Simple Solar Science
When the photovoltaic cell is exposed to the Sun,
the motor spins and rotates the diffraction disk
creating a beautiful color display. Includes a sheet
with background information and activity ideas.
Disk is 4" dia., solar cell is 21⁄8", motor is 1" dia.
Catalog No. Description Price/Each
AP7820 Simple Solar Science $12.65
Solar Cell and Motor
Use the sun to power a motor. The energy conversion
from solar to electrical to mechanical energy
will be made concrete for students using this
simple kit. When the solar panel is placed outdoors
in bright sunlight, it powers the motor. What can
the motor power? Add fan blades or patterned
disks to emphasize speed and movement. The
24-page booklet Harness the Power of the Sun is
included. It contains illustrations and details about solar energy and its practical
applications to the world—present and future.
Catalog No. Description Price/Each
AP5106 Solar Cell and Motor $18.60
Solar Energy Demonstrator
Production of photovoltaic, or solar,
energy depends on the surface area
of the solar cell, the intensity and
angle of the light, and wavelength.
These variables can be changed to
explore how different conditions
affect energy production. Convenient
demonstration set includes a 4" x 1½" solar cell, wire leads, lamp holder with bulb,
music box, and electric motor with propeller.
Catalog No. Description Price/Each
AP7774 Solar Energy Demonstrator $19.45
Solar Powered Car
Demonstrate how photovoltaic panels can
produce electrical energy. Car can be operated
two ways: by solar energy charging a AA battery
or direct solar energy to move a motor that in
turn moves the wheels to drive the car forward.
An auxiliary mode is also available to connect
the solar cell to other electrical devices. The car
can be used outside in the Sun and indoors with
a desk lamp.
Catalog No. Description Price/Each
AP7906 Solar Powered Car $31.35
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