11.3 Solids Of Revolution Washerap Calculus

Calculus

  1. 11.3 Solids Of Revolution Washerap Calculus 2nd Edition
  2. 11.3 Solids Of Revolution Washerap Calculus 14th Edition
  3. 11.3 Solids Of Revolution Washerap Calculus Solver

11.3 Solids Of Revolution Washerap Calculus 2nd Edition

Solids

11.3 Solids Of Revolution Washerap Calculus 14th Edition

Calculus
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AP Calculus AB

Class Calendar


DateUnit Topic Resources
11/198Solids of RevolutionNotes - Solids of Revolution
Classwork - Solids of Revolution MC
Classwork - Solids of Revolution FRQ
Video - Disc Method X-Axis
Video - Disc Method Y-Axis
Video - Disc Method y = k
Video - Washer Method X-Axis
Video - Washer Method y = k (1 of 2)
Video - Washer Method y = k (2 of 2)
Video - Washer Method Vertical Line
11/188AreaNotes - Area
Classwork - Area MC
Classwork - Area FRQ
Video - Area Between Curves
11/177Unit 7 Test
11/147Review
11/137Review
11/127Unit 7 Quiz
11/117Integrating Rates of ChangeNotes - Integrating Rates of Change
Classwork - Integrating Rates of Change
11/107Integrating Absolute Value FunctionsNotes - Integrating Absolute Value Functions
Classwork - Integrating Absolute Value Functions
11/77Integrating Transcendental FunctionsNotes - Integrating Transcendental Functions
Classwork - Integrating Transcendental Functions
11/67Integration by SubstitutionNotes - Integration by Substitution
11/56Unit 6 TestNotes - Unit 6 Test Solutions
Remediation - Unit 6
11/4
No School
11/36Review
10/316ReviewUnit 6 Review Game
10/306ReviewNotes - Quiz Solutions
10/296Quiz
10/286ReviewUnit 6 Practice Test
10/276Cumulative Area FunctionsNotes - Cumulative Area Functions
Classwork - Cumulative Area Functions
Video - Fundamental Theorem of Calculus Part 2
10/246The Fundamental Theorem of CalculusNotes - The Fundamental Theorem of Calculus Part 1
Classwork - The Fundamental Theorem of Calculus
Video - Evaluating Definite Integrals
10/236Approximating Definite Integrals
Notes - Approximating Definite Integrals
Video - Riemann Sums
Video - Area Approximations
Video - Trapezoidal Approximations
10/226Signed, Directed AreaNotes - Signed, Directed Area
Classwork - Definite Integrals
Classwork - Definite Integrals MC
10/21Midterm Exam
10/20Midterm ReviewMidterm Practice
Solutions to Midterm Practice
10/175Unit 5 Test Unit 5 Remediation Assignment
10/165ReviewNotes - Quiz Solutions
Notes - Review Game
10/15PSAT - No Class
10/145Review Classwork - Slope Fields
10/135 Quiz
10/105ReviewPractice Test - Unit 5
10/9 5Growth Models Notes - Growth Models
Classwork - Growth Models
Video - Newton's Law of Cooling
10/85 Separable Differential Equations Notes - Separable Differential Equations
Classwork - Separable Differential Equations
Video - Separable Differential Equations
Tutorial - Separable Differential Equations
10/7 5 Slope Fields Notes - Slope Fields
Classwork - Slope Fields
Video - Slope Fields
10/65AntiderivativesNotes - Antiderivatives
Classwork - Antiderivatives
Video - Power Rule for Integration

11.3 Solids Of Revolution Washerap Calculus Solver

HL Area Between a Curve and the y-Axis. HL Solids of Revolution. Chapter 11 11.1-11.3 Parametric Equations and Polar Coordinates MAT231 Outcomes and Standards Learning Outcomes: 1. (Evaluation level) Determine the volume of a solid of revolution. (Evaluation level) Apply appropriate rules of differentiation to find the derivative of various functions. Volumes of Solids of Revolution So, the volume of the solid we get when we rotate the region bounded by y x= +2 and y=ex about the line y=!2 is: VOLUME of red solid – VOLUME of green solid =!2 2 2 1954216 ( )+ + ' # x dx. –!2 2 1954216 ( )+ ' # e dxx. = 19.724 or 19.725. I have found that students are better able to.