20 April 2010
14 April 2010
Dawn Dish Detergent - the Scandal.

Then we looked at that and it did not tell us anything helpful. Next we looked at the Material Data and Handling Sheet. It is true, we think, that Dawn has ingredients that are not safe.
Jesus and Richard, his science fair partner, took photographs of what happened to Plant A, which got only water, and Plant B, which got water mixed with Dawn. Plant B started leaning over, and started dying, and turned pink. Richard and Jesus' photographs of this will be at the ASF Broad Elementary School Science Fair tomorrow.
reported by Jesus N and Lanham
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12 April 2010
Science Fair FEVER

What can we expect at the upcoming Alan Shawn Feinstein Broad Street Elementary School Science Fair? Here's a photo from a science fair in Iowa, with everyone's privacy shielded. Unfortunately, everybody looks like a blockhead.
Our science fair at ASF Broad St Elementary is also an experiment, because it is the first time this school has had a science fair. The teachers for our 4th and 5th graders are working to make sure every student who participates will have a very clean organized presentation, with the title, hypothesis, problem, method, and findings (conclusion) clearly set out on a trifold board.
Some scientists will have photographs. Some will make use of graphs. Some scientists will find out that their project will prove what they set out to prove when they wrote their hypothesis. But some scientists, like Brenlee N, will have their hypothesis go CRAZZZY.
Brenlee and her partner put one plant in sunlight for 5 days, and one in a closet for 5 days. Neither plant got any water. While we know sunlight is like food for plants, it turns out the plant in the closet grew a lot and the one in the sunlight just sat there. Tomorrow we will look at how this could happen.
06 April 2010
WPK Science Fair news!!!!!

Danny and Damien used a simple set-up involving water, a baby food jar, a straw, clay, food coloring, and a freezer. They had read enough to think that water would expand when it was frozen. When they did the experiment, they could clearly see it happen, because the food coloring made everything blue and easy to see. What they found out was that the molecules behave differently at different temperatures. Danny and Damien wrote that water molecules aren't like flat boxes, and that water molecules stack up more flexibly and use less space when the molecules are warm. Then, when the same molecules are frozen, they get stiff, or rigid. That means the molecules can't fold themselves into smaller spaces, so they end up taking up more room.
This is a true and excellent job of describing the situation by Danny and Damien.
Next up: what happens to plants when you put dish detergent in their water?
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