DeadFish Herpetological
Photographs of Activities, Junior Einsteins, Session II
Our Daily Schedule (all times are approximate):

8:30   Arrival and freeplay/classroom choices
9:10   Science Activity Block 1
9:50   Science Activity Block 2
10:30   Snack (all together)
10:50   Science Activity Block 3
11:30   Get organized/change for Swim & Lunch
12:00   1/2 group Swim Lessons & 1/2 group Lunch
12:30   Swim and Lunch Groups switch
1:00   Group Games
1:30   Change from Swimming
2:00   Choice Time (playground, games, etc)
2:45   Story, Stickers, & Shake Out
3:20   Head to Buses, Carpool, and Extended Day

Campers are organized into three groups that rotate through two
science activities (one with Chad, one with Randy) and a third
counselor lead activity.  The youngest group of campers is split
into two smaller groups, each with its own counselor, to provide
ease of transition for the split lunch and swim lesson times.
Monday, July 19th:  Today we played a game to show that
we were good at listening and following directions.  The
game also taught us a bit about binocular vision and being
hunters.  After we broke up into our lab groups, we did a
thinking activity with Fortune Teller Fish.  We tried to
figure out why they move in our hands, but our
experiments were not conclusive...some of us think it's
moisture and some of us think it's heat.  We were to busy
for pictures today, but we'll try to get some to post here
tomorrow.
Page last updated:  July 26, 2010 @ 1:00 pm
Tuesday, July 20th:  Today with Chad we tried to use 1
battery and 1 wire to try and light a small bulb.  We figured
out that electricity only flows in a circular pattern called a
circuit.  In Randy's room we had an engineering challenge.
We had to design a medieval, long-distance, assault
weapon (a catapult) that could propel a projectile (a
mini-marshmallow) across the room and into a box.  We
had 1 big cup, a  square of cardboard, a heavy duty
spoon and as much tape as we wanted.  There were some
very interesting designs!
Designing a circuit
Designing catapults
Re-evaluating and re-designing
Testing our catapults
Wednesday, July 21st:  Today we explored more with electric circuits, trying to make switches, sounding buzzers, spinning
engines, and making bulbs burn brighter.  We learned that different batteries have different amounts of electricity in them (which
is measured in volts) and that you can add batteries together to get a stronger charge.  We also worked on some gravity
powered cars with Chad that we designed and built ourselves.  There were some incredibly imaginative design ideas!
Trying to light a bulb and sound a buzzer at the same time
trying to invent a switch to turn the light on and off
another pinebox racer
pinebox racer
and another pinebox racer

Many campers were wondering where they could get
some electrical equipment to explore with at home so
we told them we would post a link here.  This website
is a science kit playground of odds and ends at
reasonable prices:
 American Science & Surplus.

We recommend the Mini Moto motors, a Clip Lead
Set, a Socket, 3 Volt Bulbs, Piezo Buzzers, and Blue
Single Cell "D" Holders for the batteries.  
Thursday, July 22nd:  Today we finished our pinebox racers in Chad's room.  In Randy's room we had an engineering challenge
to build the tallest possible earthquake-proof structure with limited materials.  The older children were given a budget of $1to
buy materials (including tape at $0.03/2" strip).  Just like the real world, borrowing money from friends was allowed.  The
earthquake--shaken table--lasted 10 seconds.  Everyone survived the challege with little or no structural damage!
Earthquake proof structure building
There were many different designs
Some suprisingly stable despite a small base!
Many students combined function and form to create visually pleasing and stable designs
We still need lots and lots of 2
liter bottles!

Any and all bottles greatly
appreciated!
Friday, July 23rd:  Today we made ice cream with Chad and straw rockets with Elizabeth.  We
also designed our melting contraptions, but because the sun wouldn't cooperate we had to
refrigerate our meltables until we can finish the experiment on Monday.  Because it was a very
busy day, we didn't get a lot of pictures.