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I would disagree that this "simultaneous" because it happens after quite a bit of playing with rocks. We are probably fundamentally agreeing but just lack the terminology ;)
I would disagree that this "simultaneous" because it happens after quite a bit of playing with rocks. We are probably fundamentally agreeing but just lack the terminology ;)
That is the right time to introduce the terminology.
That is the right time to introduce the terminology.
My 3-5 year old students very quickly notice primes in the rock patterns, and we define "prime" together.
My 3-5 year old students very quickly notice primes in the rock patterns, and we define "prime" together.
I am a firm believer in the importance of consistent proper terminology. There is too often too much unlearning I need my students to do when they get to me.
I am a firm believer in the importance of consistent proper terminology. There is too often too much unlearning I need my students to do when they get to me.
I just think that there is a lot of learning that can happen before we introduce technical terminology.
I just think that there is a lot of learning that can happen before we introduce technical terminology.
But I think there are contexts like this where it would be a huge mistake to offer the terminology without the need for it or until it is useful to support expanding understanding.
But I think there are contexts like this where it would be a huge mistake to offer the terminology without the need for it or until it is useful to support expanding understanding.
A natural way to arrange stones is in rectangles *if you can*. I use this with 3-5 year olds and very quickly they are exploring and finding factorizations and identifying primes.
A natural way to arrange stones is in rectangles *if you can*. I use this with 3-5 year olds and very quickly they are exploring and finding factorizations and identifying primes.