Calculus function verification

Anonymous

Question Description

Cubic and Quadratic model function verification

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Professor mentioned probably find constant in x1 function

Calculus function verification
model_function.jpg
Calculus function verification
cubic1.jpg
Calculus function verification
quadratic1.jpg
Calculus function verification
testdata1.jpg

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Tutor Answer

Barbartos
School: Cornell University

Just corrected based on what you told me for the other question.

1.
We use 𝑓1 = 2.1881 βˆ’ .1606 π‘₯ βˆ’ .0004 π‘₯ 2 , 𝑓2 = 1.3904 + 1.09 π‘₯ βˆ’ .0206 π‘₯ 2 + .0004 π‘₯ 3 .
Then their antiderivatives are
. 1606 2 . 0004 3
𝐹1 = 2.1881 π‘₯ βˆ’
π‘₯ βˆ’
π‘₯ + 𝐢1
2
3
1.09 2 . 0206 3 . 0004 4
𝐹2 = 1.3904 π‘₯ +
π‘₯ β...

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