MathSlopes with Julia

3.5 INVERSE TRIGS - idea, graphs, restricted domain: arcsine, arccosine, arctan, arcsec

11.7 Local Maximum and minimum - partial derivatives

Working with EXPONENTS

Surface Parametrization Part 1

5.4#11, 14 (also 5.5) Average Function Value: examples

10.3 The Dot Product (Scalar Product)

265: 3.1 #1 Domain of exponential functions

265: 2.2 #1: Definition of the derivative: y=5x+3sqrt(x)

265: 4.2 #5: Mean Value Theorem (MVT)

265: 2.1 #8 Given the standard expression defining the derivative of a function find f(x) and a

265: 1.5 #3 Piece wise functions; points of discontinuity

265: 2.5 #13 : equation of the tangent line to y=sin(9x)+cos(2x); chain rule

265: 3.5 #2 arctan(x): Inverse trigonometric Functions

256: 5.4 #4 FTC Part 1 (flip and plug)

265: 1.5 #11: find the value of C to make the function continuous

265: 3.1 #4 Limits and exponential functions

265: 2.8 #4 Differentials, dy vs delta y

MAT265: 5.3 #6 (FTC Part 2)

265: 1.5 #6 : Piecewise functions, discontinuities

265: 4.3 #2: Critical points, increasing / decreasing , local min, max

3.5 INVERSE TRIGS - idea, graphs, restricted domain: arcsine, arccosine, arctan, arcsec

9.1 HW#4: Parametric Curves - eliminate the parameter

Evaluate the integral by reversing the order of integration

265: 3.2 #3 Derivative of inverse, Inverse, compare

256: 5.4#2: Differentiate the integral (FTC Part 1)

265: 4.5 #1: minimize the product of A and B if A-B=30

265: 4.5 #8 A rectangle is inscribed with its base on the x-axis and its upper corners on the parab

265_4.3#1: Graph of the derivative function

MAT265: 5.3 #9 Integral of 2^t (FTC Part 2)

265: 3.2 #1 Find the Inverse function of y=5-2e^x

2.4#16 Product Rule & Quotient Rule: Graph example

Converting to polar coordinates - double integrals

Partial Derivatives intro and Implicit Differentiation

Greens' Theorem - Idea and examples

265: 2.4 #14: find the equation of the tangent line to y=(6x)(cosx) at (pi, -6pi)

10.7 Vector Functions & Space Curves

Cross vs Dot product = 0, vectors are perpendicular or parallel?

Reverse the order of integration in Double Integrals - 2 examples

MAT265: 2.3#25: Higher Order Derivatives: velocity & acceleration

MAT265: 5.3 #3 (FTC PART 2)

265: 3.1 #5: limit of exponential functions