Category: Submissions

This video taught me more about the principles in relation to pythagoras’ theorem and how this all fits in. As a piano player, I felt inclined in learning more of how Pythagoras was the father of music and maths and this led me to learn more about it and was highly enjoyable.

#exploremaths #eets

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So in creating a 2 dimensional project I was definitely more interested in doing fractals. In these fractals I was more interested in doing the Koch snowflake, then the sierpinski triangle and then the dragon curve. I don’t mind doing the golden ratio or a symmetry.

But my choices are

Koch Snowflake

Sierpinski Triangle

Dragon Curve

#exploremaths

1. Snowing lollipop land

My first idea is to make a tree using fractals with symmetry and spirals made with golden ratio that looks like lollipop dotted through out the land. The sun would be made of the golden ratio, hence the golden spiral and there will be snowflakes all around.

2. Gonna make a spider web out of fractals and symmetry.

#exploremaths 

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I was thinking about doing fractals

– Mandelbrot

– The Koch Snowflake

– Dragon Fractals

#exploremaths

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For my artwork, I could have golden ratio rectangles on the sides as my border and then as my main piece I could draw sierpinski’s triangle and then using the remaining spaces fill with scale symmetry of the Square and also with Helical symmetry to complete my artwork

#exploremaths

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This lesson we learned the sequence of fractals. This was a very interesting. I learned that math really is beautiful as we created such beautiful structures. Looking at fractals algebraically wasn’t as boring as I though it would be. Iterated is actually quite fun. Also learning about the bounded and unbounded sequences was pretty cool. I’ve never though of math in that way. I got a bit confused when you got into the complex numbers and you used ‘i’ as a pronumeral. But other than that the lesson was great!

#exploremaths

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so in the fractals we learnt how to make shapes from joining lines and all. You can make such a complex as shape by all these random ass lines.

#exploremaths

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The golden ratio was a very interesting topic. The astonishing part of it was how it was derived and how it was formed. I  really enjoyed that lesson and i hope we all get to see some more interesting topic like the golden ratio.

#exploremaths

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In the fractals lesson, I learnt that a lot of common patterns are fractals and even natural animals (like nautili) have a fractal design.

Working in groups to draw complex fractals was enjoyable

#exploremaths

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I learnt that there are so many different ways of earning symmetry. Theyre mad as because you can divide all these shapes randomly and they come back together.

#exploremaths

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