| It Slices,
It Dices, It’s Nuclear Propelled!
by Michael Sellers
Admit it—you’ve been looking for a way to relax in
your office, but there just isn’t a comfortable way to recline
in a wooden chair. Well, help is on the way with “The Lazy
Bum,” just one of dozens of science projects on display this
past week in the Upper Gym as part of the annual Middle School
Science Fair.
Designed by sixth graders Mac Kelly and Dylan Conroy, “The
Lazy Bum” (photo 1) is a slightly different take on
an idea first developed by Thomas A. Edison. With articulating
wooden arms mounted on the back of the chair, the person sitting
can easily lean back and be fully supported for complete relaxation.
But this wasn’t the only invention designed to relieve
the burdens of a busy life. Sixth graders Asha Paul, Eliana
Merle and Chelsea Alexis displayed what may be the world’s
first motorized wastebasket (photo 2), called “Lay-Z
Garbage.” Using the accompanying remote control, the wastebasket
easily zipped across the gym floor, proving there’s no need
to go to the trash anymore—now the trash can come to you!
Canine conveniences were also a high priority, as evidenced by
the “Dog-O-Matic” (photo 3), an automatic watering
system designed by sixth graders Zion Ewers and Omar
Camara. Simply connect the hose to your water cooler and fill
the dog’s water dish—without ever bending over!
A clever combination of a dish drying rack and mini-fans made
for the unique “Automatic Dish-Rack Dryer” (photo
4), invented by fifth grader Olivia Jacobs. Never again
will you have an interminable wait for those wet dishes to dry.
Eighth graders were fully represented, with projects ranging
from the creation of funnel clouds (using sealed boxes, smoke and
fans), to Jeremy Bloom’s impressive display on the
theory of nuclear pulsed propulsion. Liam MacIndoe presented
an eco-friendly home (photo 5), proving that it is indeed
possible to have a “green” house.
One of the more fascinating displays was entitled, “It
Will Lift You Off Your Feet,” by Matt Gentile and Kevin
Reilly. Using magnets mounted to a large popsicle stick and
a track lined with magnets of an opposite charge, they demonstrated
how the power of magnets repelling one another can be used to levitate
an object—in this case, a miniature means of transport.
Finally, Evan Fishman presented a scale model of a tsunami (photo
6), explaining how the giant wave is formed, its destructive
power, and frequency.
Parents toured dozens of other displays during special visiting
hours and marveled at projects that included a magnetic dock for
fire-fighting boats, a demonstration of a wind turbine, and a rotating
clothes closet. “What creative minds,” said one parent
as she inspected an exhibit that featured an extending hand. “I
could use one of these in my kitchen!
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