Here's the Junior Ninja challenge for this week. It is not required, but think of it as an opportunity to work with your child one on one to see if they can explain their thinking. The challenge is designed for them to find success, but it is multiple steps. They should solve one part at a time and check off each step as they complete it. They should check their work for accuracy and for completeness. All great mathematicians do.
Saturday, March 19, 2016
Junior Ninja Challenge #3
Here's the Junior Ninja challenge for this week. It is not required, but think of it as an opportunity to work with your child one on one to see if they can explain their thinking. The challenge is designed for them to find success, but it is multiple steps. They should solve one part at a time and check off each step as they complete it. They should check their work for accuracy and for completeness. All great mathematicians do.
Shamrock Final Mile
With the help of our friends and the cheers from the crowd, we finished the Shamrock Final Mile. It was cold and it was windy, but we didn't let that stop us from being successful. I am so proud of all my 1st grade friends who got out there and said, "I can do this." and then they did it. And how awesome is it that CREEDS ES won 1st place for most participation at 61% of our students joining the race. Way to Go!
Thursday, March 10, 2016
Post 100
Bulletin Board Change
Wednesday, November 25, 2015
Surprise!
We used old..decade old...seeds for a fraction activity. The students wanted to know if the seeds would grow...so we planted them in some soil from the vermicomposter. The seeds didn't grow. After 2 weeks, it was time to add them to the vermicomposter. I dumped the contents of the cup and found a baby worm in the bottom of the cup. I must have scooped up an egg in the soil when we started the experiment. A pleasant surprise indeed.
Reflecting on our Science Inquiry

So the egg shell on both the control egg and the fluoride egg were completely dissolved in the vinegar after a couple weeks. The membrane was still intact so the eggs still maintained their egg shape. First graders being first graders wanted to poke the egg to see what it was like inside after they had a chance to feel how soft and springy it was to the touch. So of course we did! We found that the egg inside looked just like a normal egg when you crack it open. The yolk was intact too. Sooo cool! The delicate membrane was more protective than the hard shell. BUT that wasn't all. Then we looked at the cup that had water and table salt in it. The water had evaporated sitting in the window. The salt remained, but...it was above the line where the water had been. How did it happen? We decided the salt must have been deposited there as the water slowly evaporated. But the best observation we made (I have never seen this myself)was that in the bottom of the cup, there were cube-shaped chunks of salt. How did it happen? There were literally cubes and we only used table salt. Did you notice that every time we get an answer, we get more questions? Scientific investigation is sooo much fun, and an amazing avenue for learning. I LOVE it and so do the students.
Saturday, November 21, 2015
Worms, Worms, Worms
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