Difference between revisions of "009B Sample Final 3, Problem 1"

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(Created page with "<span class="exam">Consider the region bounded by the following two functions: ::::::::<span class="exam"> <math style="vertical-align: -5px">y=2(-x^2+9)</math> and <math styl...")
 
 
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<span class="exam">Consider the region bounded by the following two functions:
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<span class="exam">Divide the interval &nbsp;<math style="vertical-align: -5px">[-1,1]</math>&nbsp; into four subintervals of equal length &nbsp;<math style="vertical-align: -14px">\frac{1}{2}</math>&nbsp; and compute the left-endpoint Riemann sum of &nbsp;<math style="vertical-align: -5px">y=1-x^2.</math>
::::::::<span class="exam"> <math style="vertical-align: -5px">y=2(-x^2+9)</math> and <math style="vertical-align: -4px">y=0</math>.
 
  
<span class="exam">a) Using the lower sum with three rectangles having equal width, approximate the area.
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[[009B Sample Final 3, Problem 1 Solution|'''<u>Solution</u>''']]
  
<span class="exam">b) Using the upper sum with three rectangles having equal width, approximate the area.
 
  
<span class="exam">c) Find the actual area of the region.
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[[009B Sample Final 3, Problem 1 Detailed Solution|'''<u>Detailed Solution</u>''']]
  
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[[009B_Sample_Final_3|'''<u>Return to Sample Exam</u>''']]
 
[[009B_Sample_Final_3|'''<u>Return to Sample Exam</u>''']]

Latest revision as of 17:39, 2 December 2017

Divide the interval    into four subintervals of equal length    and compute the left-endpoint Riemann sum of  


Solution


Detailed Solution


Return to Sample Exam