
Derivatives and Applications
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Mathematics
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11th - 12th Grade
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Hard
gredy garrido
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7 Slides • 0 Questions
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Derivatives and Applications
by Dr. G. Garrido
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Applications of the Derivatives
Case#1 Maximum Air Speed During Cough
Case #2 Maximizing Profit and Minimizing Cost
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Maximum Air Speed During Cough
Consider the Following Function:
r=Radius of Trachea(windpipe)
S=Speedy
The function relates Speedy and Radius during a Cough
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First Step: Differentiate S(r)
Assuming an interval for the radius :
0< r< r0
S'(r)=-ar2
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2. Step: Set factored Derivatives =0
ar((2r0−3r))]=0
Solution:( r=0 and (2/3)r0)
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3rd. Step
Since 0
Compute S(0) =0
and
S(r0)=0
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Conclusion
Compare the values and conclude that the speedy of the air is greatestwhen the radius of the trachea is (2/3)r0
Derivatives and Applications
by Dr. G. Garrido
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