Unfortunately I do not have a photo to post, but I do have my information. In this activity, I learned about subsidized loans. The equation I used to solve problems about the loan was A=P(1+r)^n. P=Principal
A=Amount R=Fixed annual interest in decimal. N=Number of years. K=Number of time interest is compounded per year. T+Years Another formula that could have been used to solve the problems is A=P(1+r/k)^kt. If I invested 500$ at a compound annually, how much would I have invested in 10 years? A=983.57 How many folds does it take to get to the moon? Well, my answer is 42. It is truly unrealistic imagining folding an object 42 times would initially reach the moon, but apparently that is all it takes. After doing this assignment concluded that with every fold the layers increase by two. Eventually there will be a time where you can not fold anymore, because the paper will be too folded.
I found the inverse of this function by using the program desmos, I first entered the function into the web site, and it spit out a line on a graph to which i copied on my paper. When we folded the paper on the dotted line, it was very fantasizing to see that it matched the line it was folded upon. Yes inverse can have inverse
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