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write an equation that approximates your data set. an explanation of how you determined the equation.

write an equation that approximates your data set. an explanation of how you determined-example-1
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User Pupsik
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Answer: The plot of the minutes after the first height is as follows:

Assuming we could plot the data using a linear equation, then we could have the following:


\begin{gathered} y(x)=mx+b\rightarrow(1) \\ \\ m=(\Delta y)/(\Delta x) \end{gathered}

The attempt at mapping data to the equation (1) , leads to the following:


\begin{gathered} m=(\Delta y)/(\Delta x)=(1.1-0.4)/(347-85)=(0.7)/(262)=0.003 \\ \\ m=0.003 \\ \\ b=0.2 \\ \\ \therefore\rightarrow \\ \\ y(x)=(0.003)x+0.2\rightarrow(2) \end{gathered}

write an equation that approximates your data set. an explanation of how you determined-example-1
write an equation that approximates your data set. an explanation of how you determined-example-2
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User Kevinvanleer
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