PreCalculus & Calculus 1&2 ALL MY Activities Bundle PART 2(PDFs + Google Slides)

This is PreCalculus and Calculus 1 & 2 ALL MY Activities Bundle PART 2. (Please check also PreCalculus & Calculus 1 & 2 - ALL MY Activities Bundle PART 1 if you need more activities and more covered topics).

This resource is a zipped file and represents 30% savings off of the items if purchased individually.

With this bundle you will get fun and engaging partner and group activities, matching and sorting activities, multiple-choice game, digital puzzles and mazes, unique new activities like "Password Search" activity, "Related Answers", "You Try" activity, "Hidden Constellation", "Sequencing" activity, "Fill in the Missing..."activity, independent and class practices, rigorous practice problems classified into types/categories that will strengthen and reinforce student learning and improve students’ skills in PreCalculus and Differential and Integral Calculus.

The resource covers the following topics:

PRECALCULUS

◈ Arc Length and Sector Area

◈ Right Triangles (Trig Ratios)

◈ Real and Complex Zeros of Polynomials

◈ Graphing Polynomials

◈ Dividing Polynomials Using Long Division

◈ Partial Fraction Decomposition

◈ Polynomial Inequalities

◈ Rational Inequalities

◈ Asymptotes of Rational Functions

◈ Exponential Equations

◈ Solving Exponential Equations Using Logarithms

◈ Evaluating Logarithmic Expressions

◈ Condensing Logarithms

◈ Logarithmic Equations

◈ Logarithmic Function

◈ Finding the Exact Value of Trig Functions

◈ Exact Values of Inverse Trig Functions

◈ Domain of Functions

◈ Operation on Functions

◈ Composition of Functions

◈ Inverse Functions

◈ Even and Odd Functions

◈ Piecewise Functions

◈ Sequences

◈ Geometric Sequence and Series

◈ Infinite Geometric Series

◈ Area of Oblique Triangles (SAS and SSS Formulas)

◈ Area of Regular Polygons

◈ Simplifying Trig Expressions (Pythagorean, Quotient and Reciprocal Identities Needed)

◈ Evaluating the Six Trig Functions (Pythagorean, Quotient and Reciprocal Identities Needed)

◈ Sum and Difference of Angles Identities

◈ Double and Half Angle Identities

◈ Trigonometric Equations

◈ Linear Systems with Three Variables

◈ Solving Nonlinear System of Equations

◈ Systems of Quadratic Inequalities in One Variable

◈ Ellipse

CALCULUS

LIMITS

1. Limits at Infinity and Horizontal Asymptotes

2. Limits of Rational Functions

3. Limits of Functions Involving Radicals

4. Limits of Trigonometric Functions

DERIVATIVES

1. The Power Rule

2. The Product Rule

3. The Quotient Rule

4. The Chain Rule

5. Derivative at a Point

6. Derivatives of Exponential Functions (No Chain Rule)

7. Derivatives of Exponential Functions (Chain Rule Required)

8. Derivatives of Logarithmic Functions

9. Derivatives of Trig Functions

10.Derivatives of Inverse Trig Functions

11. Higher Order Derivatives

12. Critical Values

13. Increasing and Decreasing Functions

14. Relative Extrema

15. Inflection Points

16. Implicit Differentiation

17. Logarithmic Differentiation

18. Curve Sketching Using Calculus

19. Indeterminate Forms and L'Hopital's Rule

INTEGRALS

1. Basic Integration - Indefinite Integrals

2. Basic Integration - Definite Integrals

3. U - Substitution - Indefinite and Definite Integrals

4. Integration by Parts - Indefinite Integrals

5. Integration by Parts - Definite Integrals

6. Integration by Partial Fractions - Indefinite Integrals

7. Integration by Trigonometric Substitution - Definite Integrals

8. Integrals Involving Trig Functions Int of (sinx)^n(cosx)^n

9. Integration of Trig Functions by Universal Substitution tan(x/2)

10. Improper Integrals

11. Area Between Curves

12. Volume of Solids of Revolution The Washer Method

DIFFERENTIAL EQUATIONS

1. Separable Differential Equations - General Solutions

2. Separable Differential Equations - Particular Solutions

3. Euler's Method

SERIES

1. The Ratio and Root Tests

2. The Alternating Test

3. Comparison Tests

4. Telescoping Series

5. Power Series - Radius and Interval of Convergence

6. Taylor and Maclaurin Series

THANK YOU for your interest in my resources!