It’s Autumn in UK & FALL in the USA so it’s the perfect time for a little bit of outdoor math for Grade 3-5 with AUTUMN leaves. Of course, you don’t need FALL LEAVES for this exercise, but it is colorful.
This fab idea comes from Juliet Robertson, an outdoor education consultant in Scotland. Her blog Creative star learning is one of the most inspiring outdoor maths blogs you will find.
Check out Mathpig’s protractor joke here.
Another fab idea from Juliet Robertson.
This idea comes from Burkard and Giuseppe @ the fabulous MATHOLOGER channel. Students can make a pattern called a cardioid that pops up all over math according to Burkard.
Follow these steps. There is a pdf file below the first diagram for printing exercise sheets.
And then watch the MATHOLOGER video for a really interesting explanation.
x2 Tables on a Circle pdf file for printing
This circle graph blank could also be used for x3 and x4 tables, which produce totally different yet equally amazing patterns.
Halfway there, now it gets tricky. +52 to each point on the circle and keep multiplying by 2.
ie. 27 x 2 = 54, 28 x 2 = 56 and so on.
so 0 = 52, 1 = 53, 2 = 54, 3 = 55, 4 = 56 etc
This shape is called a CARTIOID.
It’s Autumn in UK & FALL in the USA so it’s the perfect time for a little bit of outdoor math for Grade 3-5 with AUTUMN leaves. Of course, you don’t need FALL LEAVES for this exercise, but it is colorful.
This fab idea comes from Juliet Robertson, an outdoor education consultant in Scotland. Her blog Creative star learning is one of the most inspiring outdoor maths blogs you will find.
Check out Mathpig’s protractor joke here.
Another fab idea from Juliet Robertson.
This idea comes from Burkard and Giuseppe @ the fabulous MATHOLOGER channel. Students can make a pattern called a cardioid that pops up all over math according to Burkard.
Follow these steps. There is a pdf file below the first diagram for printing exercise sheets.
And then watch the MATHOLOGER video for a really interesting explanation.
x2 Tables on a Circle pdf file for printing
This circle graph blank could also be used for x3 and x4 tables, which produce totally different yet equally amazing patterns.
Halfway there, now it gets tricky. +52 to each point on the circle and keep multiplying by 2.
ie. 27 x 2 = 54, 28 x 2 = 56 and so on.
so 0 = 52, 1 = 53, 2 = 54, 3 = 55, 4 = 56 etc
This shape is called a CARTIOID.
This fab idea comes from Juliet Robertson, an outdoor education consultant in Scotland. Her blog Creative star learning is one of the most inspiring outdoor maths blogs you will find.
Check out Mathpig’s protractor joke here.
Another fab idea from Juliet Robertson.
A raucous romp through the absurdities of American Gun Culture
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Comic & cutting comment plus random raves.
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