One of the exhibits demonstrated the Pythagorean Theorem, which Porter has been studying in math class. If you look at the length of the A and B sides of the yellow triangle and square each of the two sides, you get the amount of blue liquid shown. Next, take the C side and square that.
When you twist the thing around, the liquid from A and B fills
up C squared perfectly, thus giving you a visual demonstration of the
Pythagorean Theorem.
This
exhibit was fun too. Using the ropes to steer a hook, we had to pick
apart the light house, and put it in the boat. I especially liked this
one because it was fun and taught you things at the same time. I think
the idea of this exhibition is to get you to use your communication
skills, work together, and discover the physics of how to move the hook.
Porter and I thought up a way to communicate efficiently. Each rope was
identified as either the North, South, East, or West rope. By saying
things like,"Move the hook East and down by easing the West rope," we
successfully pulled the lighthouse apart.
About
half way through our time in the museum, we were told that there was a
bubble activity outside. When we went out, a woman was demonstrating how
to blow bubbles. A large loop of rope with two sticks on the top was
supposed to be dipped in the soap.Then, using the sticks to draw apart
the loop, I could watch as the wind blows out the bubble. I was
intrigued by the bubbles because I had never seen them so big before.
And I see bubbles often because when the water for dishes is heating up on Sila,
I use my fingers and blow bubbles with dish soap. When I did that in
the past, I never even imagined such enormous bubbles. They were a
little mesmerizing to watch. The pale, rainbow colors swirled,
transfixing me as the large bubbles drifted away.
Another
fun feature was this human hamster-wheel like thing. When I ran, lights
and noise-makers were powered by the spinning wheel. When I stepped
off, I was out of breath and I had only turned on a few dim lights. A
similar thing was a crank, that when you spun it, it lit up different
light bulbs. I barley lit up the first one and my arm was weak for ten
minutes after that. It shows you how much power lights need.
In
this picture, you see Porter and me looking up at orange sticks, our
hands outstretched. This was a game where these eight sticks were
dropped in random order and you tried to catch them to test your reflexes. We had
competitions during which we tried to catch more sticks than the
opponent. It was fun. I think that this is an interesting way of testing
reflexes.
There
were a lot more exhibits, like a mannequin, where you could remove and
replace its organs in order to learn more about human biology. There was
another one where you put your hands around two cylinders for the
display to read your heart rate. Then in the glass case a heart shot
blood out at the rate of your pulse. It was a fake heart and fake blood,
but it was still creepy. Another was a white wall with a grid on it. Randomly, one square would light up at a time. When they appeared, you tried
to whack them. It was like a vertical version of whack-a-mole. There
was another exhibit where you pulled yourself up in a chair, using
different numbers of pulleys. This is to show how pulleys make pulling
things easier but slower.







next time you come to Lyme, we can take you (again) to Montshire Museum of Science, where I think you visited when you were here for our wedding in 2012....
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