Most Popular Shell Method Documents
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7 Pages
Shell Method and integral Exam
School: Brigham Young University, Idaho
Course: MATH 113
... (7 points) Find the volume of the solid obtained by rotating the region bounded by x = 1+(y − 2)2 and x = 2 about the x-axis. Solution: 2=1+(y − 2)2, (y − 2)2 = 1, y − 2 = ±1 so y = 1,3. Shell Method: ∫ 3 1 2πy(2 − (1 + (y − 2)...
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2 Pages
calc 2
School: Rutgers University
Course: MATH 21:640:136
1) Find the Volume of the Solid generated by revolving about y-axis, circle x^2+y^2=16, by line x=4, y=4. V=2pi integral(4,0) x. (4-Square root of (-x^2+16) dx< let U=-x^2+16. 2) use shell method, about y-axis, Y=8-X^2, y=x^2, x=0. 8-X^2=X^2, 8...
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14 Pages
day38
School: University Of Houston
Course: MATH 1431
... Section 6.3 Volume by Shell Method Popper 33 ... the axis of revolution. In the Shell Method, the rectangle of revolution is parallel to the axis of revolution. Revolving about the y-axis or a vertical axis: ( ) ( ) π ∫ b a ...
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3 Pages
Math 123 Finals Mass Tutorial
School: McGill University
Course: BUSINESS 101
... Solution Maximize P = 10x 1 + 8x 2 Subject to: y ≤ -2x + 10 y ≤ -1/5x + 12/5 x 1 , x 2 ≥ 0 Corner points: P(0,0) = 0 P(0,12/5) = 96/5 P(5,0) = 50 P(38/9, 14/9) = 164/3 (38/9, 14/9) (0, 12/5) (5, 0) (0, 10) (12,0) OPTIMIZE USING SIMPLEX...
Most Recent Shell Method Documents Uploaded All Recent Shell Method Study Resources Documents
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7 Pages
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Shell Method, Work, and Exponential Functions_MATH1910_Russell_Tsai_Week4_Solutions (1)
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Shell Method, Work, and Exponential Functions_MATH1910_Russell_Tsai_Week4_Solutions (1)
School: Cornell University
Course: MATH 1910
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3 Pages
Shell Method Homework Help View All Shell Method Study Resources Homework Help
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4 Pages
(2015-16 Spring Semester) Math 1014 Tutorial 2
School: The Hong Kong University Of Science And Technology
Course: MATH 1014
... (3) Cylindrical Shell Method ... If possible, find the volume of S by both the disk / washer and shell methods. Check that your results agree and state which method is easiest to apply. For question 1(a) and 1(b) ...
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1 Page
Math 22-1 Topics for CO4 Project
School: Mapúa Institute Of Technology
Course: MATH 22-1
... Centroid of an Area. 2. Volume by Integration. Using Disk Method. Using Ring or Washer Method; Using Shell Method. 1 for each letter. Centroid of Volume of Revolution. 2. Volume of Solids with Known Cross Section. 2. Length of an Arc. ...
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classwork/homework #2 volume calculations sections 6.1-6.3
School: Virginia Commonwealth University
Course: MATH 201
... the volume of the solid generated by revolving the region 2 bounded by about each f ( x ) =x and g ( x ) =x coordinate axis using a. the shell method. ...
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3 Pages
MA1521-T10
School: National University Of Singapore
Course: MA 1521
... Tutorial 10 (05/1109/11) 1. For each of the following, use both the washer and cylindrical shell method to find ... where a > 0, b > 0, c > 0. 5. (i) Using the cylindrical shell method, find the volume of the solid bounded above ...
Shell Method Lab Reports View All Shell Method Study Resources Lab Reports
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1 Page
Week 12 Answers
School: University Of Wollongong, Australia
Course: MATH 142
... 1. (i) about xaxis, 8π 3 ; about yaxis, 8π 3 (ii) π2 2 , 2π2 (iii) Shell Method: Volume of a typical shell is 2πxi(1 − f(xi))∆xi. ... (iii) about line x = 2: answer: 8π 3 (iv) Shell Method: Volume of a typical shell is 2π(2 − ...
Shell Method Notes View All Shell Method Study Resources Notes
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2 Pages
calc 2
School: Rutgers University
Course: MATH 21:640:136
1) Find the Volume of the Solid generated by revolving about y-axis, circle x^2+y^2=16, by line x=4, y=4. V=2pi integral(4,0) x. (4-Square root of (-x^2+16) dx< let U=-x^2+16. 2) use shell method, about y-axis, Y=8-X^2, y=x^2, x=0. 8-X^2=X^2, 8...
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14 Pages
day38
School: University Of Houston
Course: MATH 1431
... Section 6.3 Volume by Shell Method Popper 33 ... the axis of revolution. In the Shell Method, the rectangle of revolution is parallel to the axis of revolution. Revolving about the y-axis or a vertical axis: ( ) ( ) π ∫ b a ...
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3 Pages
Math 123 Finals Mass Tutorial
School: McGill University
Course: BUSINESS 101
... Solution Maximize P = 10x 1 + 8x 2 Subject to: y ≤ -2x + 10 y ≤ -1/5x + 12/5 x 1 , x 2 ≥ 0 Corner points: P(0,0) = 0 P(0,12/5) = 96/5 P(5,0) = 50 P(38/9, 14/9) = 164/3 (38/9, 14/9) (0, 12/5) (5, 0) (0, 10) (12,0) OPTIMIZE USING SIMPLEX...
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6 Pages
Ch6S3
School: University Of Saskatchewan
Course: MATH 116
... slices ⊥ the rotation axis ▪ rotation axis is the the integration variable. ➢In cylindrical shell method: ▪ slices of the region // the rotation axis ... Sometimes it is easier or even necessary to compute a volume by shell method. 2...
Shell Method Test Prep View All Shell Method Study Resources Test Prep
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7 Pages
Shell Method and integral Exam
School: Brigham Young University, Idaho
Course: MATH 113
... (7 points) Find the volume of the solid obtained by rotating the region bounded by x = 1+(y − 2)2 and x = 2 about the x-axis. Solution: 2=1+(y − 2)2, (y − 2)2 = 1, y − 2 = ±1 so y = 1,3. Shell Method: ∫ 3 1 2πy(2 − (1 + (y − 2)...
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4 Pages
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Calculus: Comparison of the the Disk/Washer and the Shell Methods Sandra Peterson, Learning Lab
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Calculus: Comparison of the the Disk/Washer and the Shell Methods Sandra Peterson, Learning Lab
School: Binghamton University
Course: MATH 221
... Shell Method x-axis ( ) [ ] dyygy V d c∫ = π2 y is the distance to the axis of revolution ( ) yg is the length dy is the width y ...
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Quiz 3C Solution Spring 2008 on Analytic Geometry and Calculus B
School: University Of Delaware
Course: MATH 242-014
... 1. Find the volume of the solid obtained by rotating the region bounded by the given cures about the x-axis, by both (1) rotation method and (2) cylindrical shell method. x = y2, x = 0, y = 1. ... (2) by the method of cylindrical shell V = ∫...
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1 Page
Quiz 3B Solution Spring 2008 on Analytic Geometry and Calculus B
School: University Of Delaware
Course: MATH 242-014
... 1. Find the volume of the solid obtained by rotating the region bounded by the given cures about the x-axis, by both (1) rotation method and (2) cylindrical shell method. x = y, x = 0, y = 1. ... (2) by the method of cylindrical shell V = ∫ ...
