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CSUN MATH 150A: Comprehensive Study Guide on Asymptotes (Calculus I)
By diligently practicing the three cases for HA/SA and always factoring to check for VAs or holes, you will master this section of Math 150A and be well-prepared for exam questions involving limits and curve sketching. Good luck!
- Class notes
- • 8 pages •
By diligently practicing the three cases for HA/SA and always factoring to check for VAs or holes, you will master this section of Math 150A and be well-prepared for exam questions involving limits and curve sketching. Good luck!
CSUN MATH 150A: Comprehensive Study Guide on The Cumulative Effect of a Function
Key Takeaway (The FTC): The two great ideas of Calculus, differentiation (rates) and integration (accumulation), are inverse operations. You differentiate to find the rate of change; you integrate the rate of change to find the total accumulation.
- Class notes
- • 7 pages •
Key Takeaway (The FTC): The two great ideas of Calculus, differentiation (rates) and integration (accumulation), are inverse operations. You differentiate to find the rate of change; you integrate the rate of change to find the total accumulation.
CSUN MATH 150A: Practice Problem Set on the Cumulative Effect of a Function (Integration)
This section focuses on approximating the cumulative effect using geometry. Show your work, including the calculation for Δx and the summation formula.
- Other
- • 10 pages •
This section focuses on approximating the cumulative effect using geometry. Show your work, including the calculation for Δx and the summation formula.
CSUN MATH 150A: The Cumulative Effect of a Function
Mastering the conceptual understanding of the Riemann Sum, the computational power of the FTC, and the careful distinction between net change and total accumulation are the cornerstones of success in Math 150A. This entire framework is dedicated to describing and calculating the cumulative effect of a dynamic process.
- Class notes
- • 7 pages •
Mastering the conceptual understanding of the Riemann Sum, the computational power of the FTC, and the careful distinction between net change and total accumulation are the cornerstones of success in Math 150A. This entire framework is dedicated to describing and calculating the cumulative effect of a dynamic process.
Calculus I: Trigonometric Functions & Applications Study Notes
Calculus I: Trigonometric Functions & Applications Study Notes
- Class notes
- • 7 pages •
Calculus I: Trigonometric Functions & Applications Study Notes
Concepts, Definitions, and Calculations
Concepts, Definitions, and Calculations
- Class notes
- • 3 pages •
Concepts, Definitions, and Calculations
Concepts, Definitions, and Calculations
Concepts, Definitions, and Calculations
- Other
- • 4 pages •
Concepts, Definitions, and Calculations
Trigonometric Functions & Applications
This section focuses on techniques for solving function image problems, specifically using parity (odd/even properties), special values, and limits.
- Class notes
- • 10 pages •
This section focuses on techniques for solving function image problems, specifically using parity (odd/even properties), special values, and limits.
Course Work Trigonometric Functions in Calculus I
Trigonometric identities are the "language" that translates complex trigonometric expressions into forms manageable for calculus. Below are the key identities, their derivations, and their specific uses in Math 150A.
- Class notes
- • 11 pages •
Trigonometric identities are the "language" that translates complex trigonometric expressions into forms manageable for calculus. Below are the key identities, their derivations, and their specific uses in Math 150A.
Study Notes: Function Image Problems - Techniques
This section focuses on techniques for solving function image problems, specifically using parity (odd/even properties), special values, and limits.
- Class notes
- • 27 pages •
This section focuses on techniques for solving function image problems, specifically using parity (odd/even properties), special values, and limits.