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According to Cruz (2010), “coconut weaving involves addition, subtraction, and division.” He said that when you make a certain basket, in order to close the bottom you would have to divide the coconut leaves. He further said that pandanus baskets always need to have an even number of leaves to split and that odd numbers would not allow you to complete your ideal basket. He said that there is a pattern that must be followed in weaving. For example, for certain types of coconut baskets, 12, 16, 20 leaves are needed, but they will all be different sizes. This is also the same case for fans, which follow an “over and under” pattern throughout the course of creating the art piece (Naputi, 2010).
Cunningham (2010) further emphasized the importance of coconut weaving. "Coconut weaving is effective in teaching mathematics, because it addresses the number one problem with mathematics instruction. Mathematics should be taught with practical applications, then students understand why they need to learn mathematics. The students can see practical necessity for mathematics."
Cunningham (2010) further emphasized the importance of coconut weaving. "Coconut weaving is effective in teaching mathematics, because it addresses the number one problem with mathematics instruction. Mathematics should be taught with practical applications, then students understand why they need to learn mathematics. The students can see practical necessity for mathematics."
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