Ms. Watt's Class

S ~ It was time for the most infamous & popular days of the Alphabet Countdown …Ice Cream SUNDAES!!!
We created our very own ice cream SUNDAES with some neopolitan ice cream & the candy from our E is for Estimation day. I hope nobody got a stomach ache…
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R ~ We spent some time in the beautiful, sunny afternoon out on Nelson’s front lawn. After finding the perfect spot to REST & RELAX, we shared books with our friends. We got a great surprise when Miss Tsakalos’ class came out to READ with us. Thanks for sharing your books Kindergartens!!
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P ~ We worked together on PUZZLES throughout the day.

Q ~ We also worked on memory squares, drawing a picture of our favourite memory of the school year. Miss Watt will put them together in a QUILT to hang up in her classroom.
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N ~ We wrote NOTES/letters to NEXT year’s class, giving them the low down on what it means to be in Miss Watt’s class. Miss Watt will be sharing them with her new students in September.

O ~ We wore Miss Watt’s favourite colour – ORANGE!

M ~ We spent our afternoon
watching & laughing at the
MOVIE Diary of a Wimpy – Dog Days!
Thanks for sharing Jacob!

L ~ LOLLIPOPS
We started our day with a LOLLIPOP as we entered the school & then…

K ~ KERNELS of popcorn
…finished off the day enjoying some freshly popped popcorn as Kiana read to us from Charlie and the Great Glass Elevator!
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I ~ ICKY messy fun with Oobleck! Science with cornstarch & water!
Oobleck is a non-newtonian fluid. That is, it acts like a liquid when being poured, but like a solid when a force is acting on it. You can grab it and then it will ooze out of your hands.
Oobleck gets its name from the Dr. Seuss book Bartholomew and the Oobleck where a gooey green substance, Oobleck, fell from the sky and wreaked havoc in the kingdom.

J ~ JUMPY Poppin Rockets! Science with baking soda & vinegar!
We created a chemical reaction in a film canister! The vinegar reacts with the baking soda and produces carbon dioxide gas. Pressure builds up until the small canister can no longer contain the gas. The lid pops off, the canister shoots up into the air, the gas escapes, and the pressure is released.
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