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My Curriculum

Jason Slowbe

12th Grade Math

Great Oak High

Temecula, CA

Suburban Environment

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View all Master Teachers12th Grade Math

(10 Units, 104 Lessons)

Unit 7 - Applications of Integration(14 Lessons)

Unit 1 - Back to School(6 Lessons)

Unit 2 - Limits and Derivatives(10 Lessons)

Unit 3 - Formalizing Derivatives and Techniques for Differentiation(21 Lessons)

Unit 4 - Applications of Differentiation, Part 1(5 Lessons)

Unit 5 - Applications of Differentiation, Part 2(8 Lessons)

Unit 6 - The Integral(9 Lessons)

Unit 7 - Applications of Integration(14 Lessons)

Unit 8 - Differential Equations(8 Lessons)

Unit 9 - Full Course Review via Motion(17 Lessons)

Unit 10 - The Final Stretch - Preparing for the AP Exam(6 Lessons)

Easy as ABC - Areas Between Curves

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:What if the x- or y-axes do not bound the region? Today we compute areas between two functions as a natural extension of definite integrals.

23 Resources

2 Favorites

23 Resources

2 Favorites

Areas Between Curves - dx or dy?

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:For some regions, integrating with respect to x is more complicated. Integrating with respect to y can help.

21 Resources

0 Favorites

21 Resources

0 Favorites

Variable Limits of Integration and the Fundamental Theorem of Calculus

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:An integral with a variable limit of integration equals another function. So what is the derivative of such an integral? Letâs investigateâ¦

22 Resources

1 Favorite

22 Resources

1 Favorite

Catch-up Day - ABC and FTC

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:Today we pause to digest our new learning and tie together loose ends with Areas Between Curves and the Fundamental Theorem of Calculus.

16 Resources

1 Favorite

16 Resources

1 Favorite

Volumes of Solids of Revolution (part 1 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:What happens when you integrate an Area formula? You get a Volume formula! Today we delve into 3-dimensional calculus.

17 Resources

1 Favorite

17 Resources

1 Favorite

Volumes of Solids of Revolution (part 2 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:Students will pursue mastery of volumes of solids through analyzing the structure of the integrals for several related solids of revolution.

20 Resources

1 Favorite

20 Resources

1 Favorite

Volumes of Solids of Revolution (part 3 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:Students reach mastery with solids of revolution at different times. Today we differentiate and extend this topic to challenge all students.

17 Resources

2 Favorites

17 Resources

2 Favorites

Volumes of Solids of Revolution (part 4 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:Why is a sphereâs volume 4/3 pi*r^3 ? Why is a coneâs volume 1/3 pi*r^2*h? How can we split a solid into thirds? Calculus has the answers.

16 Resources

1 Favorite

16 Resources

1 Favorite

Volumes of Cross-Sectional Solids (part 1 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:No matter how you slice it, computing volumes of cross-sectional solids is a blast! Today we introduce another application of integration.

19 Resources

2 Favorites

19 Resources

2 Favorites

Volumes of Cross-Sectional Solids (part 2 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:No matter how you slice it, finding volumes of cross-sectional solids is a blast! Today we continue with volumes of cross-sectional solids.

24 Resources

1 Favorite

24 Resources

1 Favorite

Volumes of Cross-Sectional Solids (part 3 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:Hard to visualize 3D solids? Letâs build some! Today students construct models and use them in computing volumes of cross-sectional solids.

21 Resources

2 Favorites

21 Resources

2 Favorites

Volumes of Cross-Sectional Solids (part 4 of 4)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:We spent a full period building 3D models of cross-sectional solids. Today students analyze and correct other studentsâ models and work.

19 Resources

1 Favorite

19 Resources

1 Favorite

Applications and Problem Solving with Volumes of Solids (part 1 of 2)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:When will I ever use this? Today we encounter applications and problem solving with volumes of solids familiar to students.

23 Resources

2 Favorites

23 Resources

2 Favorites

Applications and Problem Solving with Volumes of Solids (part 2 of 2)

12th Grade Math

Â» Unit:

Applications of Integration

Big Idea:Today we catch-up on yesterdayâs modeling lesson, and prepare for one last check for understanding before concluding volumes of solids.

14 Resources

0 Favorites

14 Resources

0 Favorites