Folding Paper Exponential Growth at Samuel Sargent blog

Folding Paper Exponential Growth. At 7 folds it is as thick as a notebook. You can enter your height in feet and inches and then use the slider to find how many times you have to fold a single piece of printer paper in. Students fold a sheet of paper to explore exponential growth (number of sections created) and decay (area of each section). It doesn’t take as many folds as you. By seeing what happens when folding just one piece of paper, we see the unbelievable potential. Learn about exponential growth in this experiment so that you can fold paper to the moon! Exponential growth and paper folding. This activity explores exponential growth and decay as you fold paper. It’s about as thick as your finger nail. Continue folding if you can. Fold it a second time, and a third time. Take a sheet of paper, ordinary a4 size (letter size if you’re in the usa), and fold it into half. ‘can folding a piece of paper 45 times get you to the moon?’.

exponential growth indy100
from www.indy100.com

Exponential growth and paper folding. Take a sheet of paper, ordinary a4 size (letter size if you’re in the usa), and fold it into half. ‘can folding a piece of paper 45 times get you to the moon?’. By seeing what happens when folding just one piece of paper, we see the unbelievable potential. Continue folding if you can. It doesn’t take as many folds as you. This activity explores exponential growth and decay as you fold paper. You can enter your height in feet and inches and then use the slider to find how many times you have to fold a single piece of printer paper in. Fold it a second time, and a third time. At 7 folds it is as thick as a notebook.

exponential growth indy100

Folding Paper Exponential Growth Students fold a sheet of paper to explore exponential growth (number of sections created) and decay (area of each section). At 7 folds it is as thick as a notebook. Take a sheet of paper, ordinary a4 size (letter size if you’re in the usa), and fold it into half. Continue folding if you can. Learn about exponential growth in this experiment so that you can fold paper to the moon! Fold it a second time, and a third time. It doesn’t take as many folds as you. It’s about as thick as your finger nail. Students fold a sheet of paper to explore exponential growth (number of sections created) and decay (area of each section). By seeing what happens when folding just one piece of paper, we see the unbelievable potential. You can enter your height in feet and inches and then use the slider to find how many times you have to fold a single piece of printer paper in. This activity explores exponential growth and decay as you fold paper. ‘can folding a piece of paper 45 times get you to the moon?’. Exponential growth and paper folding.

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