Integral Expression - Applied Calculus - Quiz, Exercises of Calculus

Main points of this past exam are: Integral Expression, Approximates, Sum, Right-Hand Rule, Evenly-Spaced Rectangles, Compute, Rectangles

Typology: Exercises

2012/2013

Uploaded on 03/31/2013

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Prof. S. Brick Math 120
Fall โ€™02 Applied Calculus; Quiz 11 section 52
0. Print your name:
1. Consider the sum
๎˜’1
1+(.1)2๎˜“ยท๎˜’1
100๎˜“+๎˜’1
1+(.2)2๎˜“ยท๎˜’1
100๎˜“+๎˜’1
1+(.3)2๎˜“ยท๎˜’1
100๎˜“+. . .+๎˜’1
1+12๎˜“ยท๎˜’1
100๎˜“
Give an integral expression that approximates this sum.
2. Using the right-hand rule with 6 evenly-spaced rectangles set up (but do not compute)
the Riemann sum for R4
1โˆšx dx. Sketch a graph. showing the rectangles.
3. Suppose R9
3h(x)dx = 0. What can you conclude about h(x) ?

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Prof. S. Brick Math 120

Fall โ€™02 Applied Calculus; Quiz 11 section 52

  1. Print your name:
  2. Consider the sum ( 1 1 + (.1)^2

1 + (.2)^2

1 + (.3)^2

1 + 1^2

Give an integral expression that approximates this sum.

  1. Using the right-hand rule with 6 evenly-spaced rectangles set up (but do not compute) the Riemann sum for

1

x dx. Sketch a graph. showing the rectangles.

  1. Suppose

3 h(x)^ dx^ = 0. What can you conclude about^ h(x)?