Find the Equation of a Polynomial of Degree 3 Given Two Zeros (1 Rational / 1 Irrational)
Mathispower4u
Find the Equation of a Polynomial of Degree 3 Given Two Zeros (1 Rational / 1 Irrational)
4:54
Find the Equation of a Polynomial of Degree 5 Given Two Complex Zeros and Passes Thru the Origin
Mathispower4u
Find the Equation of a Polynomial of Degree 5 Given Two Complex Zeros and Passes Thru the Origin
5:19
Find the Equation of a Polynomial of Degree 4 in Factored Form Given the Zeros and Multiplicity
Mathispower4u
Find the Equation of a Polynomial of Degree 4 in Factored Form Given the Zeros and Multiplicity
2:42
Find the Equation of a Polynomial of Degree 3 Given Two Zeros (1 Complex) and Coefficient of x^2
Mathispower4u
Find the Equation of a Polynomial of Degree 3 Given Two Zeros (1 Complex) and Coefficient of x^2
5:52
End Behavior of a Polynomial Function from a Graph: Even or Odd Degree / Sign of Coefficient
Mathispower4u
End Behavior of a Polynomial Function from a Graph: Even or Odd Degree / Sign of Coefficient
3:08
Determine the Characteristics from the Graph of Polynomial Function: Degree 4 / Pos Coefficient
Mathispower4u
Determine the Characteristics from the Graph of Polynomial Function: Degree 4 / Pos Coefficient
5:11
Determine the Characteristics from the Graph of Polynomial Function: Degree 3 / Neg Coefficient
Mathispower4u
Determine the Characteristics from the Graph of Polynomial Function: Degree 3 / Neg Coefficient
4:48
Determine the Characteristics of a Polynomial Function in Factored Form: Degree 5 / Neg Coefficient
Mathispower4u
Determine the Characteristics of a Polynomial Function in Factored Form: Degree 5 / Neg Coefficient
5:36
Determine the Characteristics of a Polynomial Function in Factored Form: Degree 4 / Pos Coefficient
Mathispower4u
Determine the Characteristics of a Polynomial Function in Factored Form: Degree 4 / Pos Coefficient
5:18
Solve an Exponential Equation Using a Common Base and Exponent Properties: a^(bx)+a(bx+1)=c
Mathispower4u
Solve an Exponential Equation Using a Common Base and Exponent Properties: a^(bx)+a(bx+1)=c
2:13
Dividing Radicals: Rationalize the Denominator of a Two Term Denominator with a Variable
Mathispower4u
Dividing Radicals: Rationalize the Denominator of a Two Term Denominator with a Variable
3:10
Dividing Radicals: Rationalize the Denominator of a Two Term Denominator
Mathispower4u
Dividing Radicals: Rationalize the Denominator of a Two Term Denominator
4:11
Solve Equations with Positive Rational Exponents: Two Solutions? (ax+b)^(1/2)-c=x
Mathispower4u
Solve Equations with Positive Rational Exponents: Two Solutions? (ax+b)^(1/2)-c=x
4:32
Solve Equations with Negative Rational Exponents: a(x-b)^(-1/3)=c
Mathispower4u
Solve Equations with Negative Rational Exponents: a(x-b)^(-1/3)=c
4:12
Solve Equations with Rational Exponents by Factoring Using Substitution
Mathispower4u
Solve Equations with Rational Exponents by Factoring Using Substitution
4:24
Solve Basic Equations with Rational Exponents Using Two Steps: Two Solutions x^(a/b)=c, even a
Mathispower4u
Solve Basic Equations with Rational Exponents Using Two Steps: Two Solutions x^(a/b)=c, even a
6:21
Solve Basic Equations with Rational Exponents Using Two Steps: One Solution x^(a/b)=c, odd a
Mathispower4u
Solve Basic Equations with Rational Exponents Using Two Steps: One Solution x^(a/b)=c, odd a
4:22
Solve Basic Equations with Rational Exponents: Are There Solutions
Mathispower4u
Solve Basic Equations with Rational Exponents: Are There Solutions
3:56
Solve a Radical Equations with a Cube Root
Mathispower4u
Solve a Radical Equations with a Cube Root
3:08
Use the Pythagorean Theorem to Find the Altitude (Height) of an Airplane
Mathispower4u
Use the Pythagorean Theorem to Find the Altitude (Height) of an Airplane
2:39
Transformation of the Square Root Function: Domain and Graph (Hor Compress/Hor Reflect/Hor Shift)
Mathispower4u
Transformation of the Square Root Function: Domain and Graph (Hor Compress/Hor Reflect/Hor Shift)
7:07
Transformation of the Square Root Function: Domain and Graph (Horizontal and Vertical Shift)
Mathispower4u
Transformation of the Square Root Function: Domain and Graph (Horizontal and Vertical Shift)
3:31
Transformation of the Square Root Function: Domain and Graph (Vertical Shift)
Mathispower4u
Transformation of the Square Root Function: Domain and Graph (Vertical Shift)
2:50
Determine Square Root Function Values
Mathispower4u
Determine Square Root Function Values
2:50
Transformations of the Square Root Function: Matching Functions to Graphs (Basic)
Mathispower4u
Transformations of the Square Root Function: Matching Functions to Graphs (Basic)
5:00
Transformations of the Square Root Function: Matching Functions to Graphs
Mathispower4u
Transformations of the Square Root Function: Matching Functions to Graphs
7:13
Simplify a Power of a Product With Positive and Negative Rational Exponents
Mathispower4u
Simplify a Power of a Product With Positive and Negative Rational Exponents
3:06
Simplify a Quotient With Positive and Negative Rational Exponents
Mathispower4u
Simplify a Quotient With Positive and Negative Rational Exponents
3:26
Simplify a Quotient With Positive and Negative Exponents
Mathispower4u
Simplify a Quotient With Positive and Negative Exponents
2:57
Simplify a Product With Positive and Negative Exponents
Mathispower4u
Simplify a Product With Positive and Negative Exponents
3:29
Determine the Transformation of an Ordered Pair Given the Function Rule (2)
Mathispower4u
Determine the Transformation of an Ordered Pair Given the Function Rule (2)
3:12
Determine the Transformation of an Ordered Pair Given the Function Rule (1)
Mathispower4u
Determine the Transformation of an Ordered Pair Given the Function Rule (1)
3:18
Graph a Transformation of a Quadratic Function from the Transformation Description
Mathispower4u
Graph a Transformation of a Quadratic Function from the Transformation Description
4:36
Graph a Transformation of a Quadratic Function from the Equation
Mathispower4u
Graph a Transformation of a Quadratic Function from the Equation
5:02
Determine an Equation for a Transformation from the Graph of a Quadratic Function (2)
Mathispower4u
Determine an Equation for a Transformation from the Graph of a Quadratic Function (2)
3:34
Determine an Equation for a Transformation from the Graph of a Quadratic Function (1)
Mathispower4u
Determine an Equation for a Transformation from the Graph of a Quadratic Function (1)
3:59
Describe Function Transformations From Function Rules
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Describe Function Transformations From Function Rules
2:58
Graph a Transformation of the Square Root Function From a Function Rule
Mathispower4u
Graph a Transformation of the Square Root Function From a Function Rule
4:18
Graph a Transformation of a Quadratic Function From a Function Rule (2)
Mathispower4u
Graph a Transformation of a Quadratic Function From a Function Rule (2)
4:41
Graph a Transformation of a Quadratic Function From a Function Rule (1)
Mathispower4u
Graph a Transformation of a Quadratic Function From a Function Rule (1)
5:37
Graph a Transformation of the Absolute Value Function From a Function Rule (2)
Mathispower4u
Graph a Transformation of the Absolute Value Function From a Function Rule (2)
5:04
Graph a Transformation of the Absolute Value Function From a Function Rule (1)
Mathispower4u
Graph a Transformation of the Absolute Value Function From a Function Rule (1)
5:04
Determine if Various Functions are Even, Odd, or Neither Using Function Rules and Graphs
Mathispower4u
Determine if Various Functions are Even, Odd, or Neither Using Function Rules and Graphs
6:35
Determine the Correct Graph for a Piecewise Defined Function
Mathispower4u
Determine the Correct Graph for a Piecewise Defined Function
2:39
Find the Correct Graph for a Polynomial Function Using Intercepts, Zeros, and End Behavior: Factored
Mathispower4u
Find the Correct Graph for a Polynomial Function Using Intercepts, Zeros, and End Behavior: Factored
4:34
Determine an Equation for a Transformation from the Graph of the Absolute Value Function
Mathispower4u
Determine an Equation for a Transformation from the Graph of the Absolute Value Function
4:18
Find an Equation for a Transformation from the Graph of the Absolute Value Function (Translation)
Mathispower4u
Find an Equation for a Transformation from the Graph of the Absolute Value Function (Translation)
4:13
Solve an Absolute Value Equation with Fractions: |(a/b)x+c|-d=e
Mathispower4u
Solve an Absolute Value Equation with Fractions: |(a/b)x+c|-d=e
3:51
Solve an Absolute Value Equation with Fractions: a+b/c|dx+e/f|=g
Mathispower4u
Solve an Absolute Value Equation with Fractions: a+b/c|dx+e/f|=g
4:51
Simplify a Complex Fraction with Rational Exponents
Mathispower4u
Simplify a Complex Fraction with Rational Exponents
4:02
Determine Key Characteristics of a Function Over a Closed Interval Using the Graph
Mathispower4u
Determine Key Characteristics of a Function Over a Closed Interval Using the Graph
5:18
Determine the Inverse Function of a Rational Function: f(x)=a/(x+b)+c
Mathispower4u
Determine the Inverse Function of a Rational Function: f(x)=a/(x+b)+c
3:04
Determine the Intercepts of a Polynomial Function from a Graph
Mathispower4u
Determine the Intercepts of a Polynomial Function from a Graph
1:24
Solve an Exponential Equation with Log Exponents with the Same Bases: Logarithm Property
Mathispower4u
Solve an Exponential Equation with Log Exponents with the Same Bases: Logarithm Property
2:07
Solve an Exponential Equation Using Logarithms: a(b^(x+1)+c)=d
Mathispower4u
Solve an Exponential Equation Using Logarithms: a(b^(x+1)+c)=d
3:12
Solving a Linear Inequality in One Variable with Fractions: (a/b)x-c/d less than e
Mathispower4u
Solving a Linear Inequality in One Variable with Fractions: (a/b)x-c/d less than e
3:15
Solving a Linear Inequality in One Variable with Fractions and Variables on Both Sides
Mathispower4u
Solving a Linear Inequality in One Variable with Fractions and Variables on Both Sides
4:29
Determine the Number of Solution from an Augmented Matrix in Reduced Row Echelon Form
Mathispower4u
Determine the Number of Solution from an Augmented Matrix in Reduced Row Echelon Form
2:55
Solve a System of Linear Equations with Fractions Using Elimination (1)
Mathispower4u
Solve a System of Linear Equations with Fractions Using Elimination (1)
5:33
Solve a System of Linear Equations with Fractions Using Elimination (2)
Mathispower4u
Solve a System of Linear Equations with Fractions Using Elimination (2)
5:45
Evaluate a Surface Integral (Parametric Surface - Helicoid)
Mathispower4u
Evaluate a Surface Integral (Parametric Surface - Helicoid)
8:12
Determine the Angle of Intersection of Two Functions Using Vectors: Linear and Quadratic
Mathispower4u
Determine the Angle of Intersection of Two Functions Using Vectors: Linear and Quadratic
7:10
Determine Incr / Decr Intervals and Relative Extrema from a Graph of a Polyomial Function
Mathispower4u
Determine Incr / Decr Intervals and Relative Extrema from a Graph of a Polyomial Function
3:46
Determine the Intervals for Which a Rational Function is Increasing or Decreasing from a Graph
Mathispower4u
Determine the Intervals for Which a Rational Function is Increasing or Decreasing from a Graph
2:45
(6.3.2) Introduction to Using a Convolution to Solve an Initial Value Problem
Mathispower4u
(6.3.2) Introduction to Using a Convolution to Solve an Initial Value Problem
5:59
(6.3.1) Intro to the Convolution and Using the Convolution to Find an Inverse Laplace Transform
Mathispower4u
(6.3.1) Intro to the Convolution and Using the Convolution to Find an Inverse Laplace Transform
10:57
Determine the Domain and Range from a Graph of a Piecewise Defined Function
Mathispower4u
Determine the Domain and Range from a Graph of a Piecewise Defined Function
4:34
Determine the Domain, Range, and Intercepts of a Quadratic Function from a Graph
Mathispower4u
Determine the Domain, Range, and Intercepts of a Quadratic Function from a Graph
2:55
Determine the Domain and Range from a Graph of Function with Asymptotes
Mathispower4u
Determine the Domain and Range from a Graph of Function with Asymptotes
3:45
Determine Equation of Vertical and Horizontal Asymptotes Using a Graph 2
Mathispower4u
Determine Equation of Vertical and Horizontal Asymptotes Using a Graph 2
2:30
Determine Equation of Vertical and Horizontal Asymptotes Using a Graph 1
Mathispower4u
Determine Equation of Vertical and Horizontal Asymptotes Using a Graph 1
1:54
Determine Equation of Asymptotes Using a Graph (End Behavior)
Mathispower4u
Determine Equation of Asymptotes Using a Graph (End Behavior)
3:05
Determine the Key Characteristics and Graph a Rational Function: Expanded Form
Mathispower4u
Determine the Key Characteristics and Graph a Rational Function: Expanded Form
7:18
Determine the Key Characteristics and Graph a Rational Function: Factored Form
Mathispower4u
Determine the Key Characteristics and Graph a Rational Function: Factored Form
6:31
Determine the Practice Domain and Practical Range of a Quadratic Function: Projectile
Mathispower4u
Determine the Practice Domain and Practical Range of a Quadratic Function: Projectile
4:21
Logistic Function Application: A Fish Population
Mathispower4u
Logistic Function Application: A Fish Population
5:34
Determimine and Average Rate of Change and Instantaneous Rate of of Change: [8, 8+h] (Rational)
Mathispower4u
Determimine and Average Rate of Change and Instantaneous Rate of of Change: [8, 8+h] (Rational)
4:44
Determine the Complex Solutions of a Cubic (Degree 3) Polynomial Equation
Mathispower4u
Determine the Complex Solutions of a Cubic (Degree 3) Polynomial Equation
6:11
Determine an Interval of Continuity for a Function with a Quotient and a Square Root
Mathispower4u
Determine an Interval of Continuity for a Function with a Quotient and a Square Root
5:58
Use a Graph to Determine the Radius and Height of a Cylinder with a Given Volume
Mathispower4u
Use a Graph to Determine the Radius and Height of a Cylinder with a Given Volume
3:20
Determine a Constant to Make a Piecewise Function Continuous: Rational Function
Mathispower4u
Determine a Constant to Make a Piecewise Function Continuous: Rational Function
4:04
Use a Graph to Determine the Dimensions of a Box with a Given Volume: Consectutive Whole Numbers
Mathispower4u
Use a Graph to Determine the Dimensions of a Box with a Given Volume: Consectutive Whole Numbers
3:58
Estimate an Instantaneous Rate of Change from a Table of Values
Mathispower4u
Estimate an Instantaneous Rate of Change from a Table of Values
3:04
Determine Average Rates of Change and an Estimate an Instantaneous Rate of Change Using a Table
Mathispower4u
Determine Average Rates of Change and an Estimate an Instantaneous Rate of Change Using a Table
4:33
Newton's Law of Cooling Application: A Cup of Soup is Cooling
Mathispower4u
Newton's Law of Cooling Application: A Cup of Soup is Cooling
5:37
Find the Resultant Vector of Two Force Vectors: Vertial and Horizontal Only
Mathispower4u
Find the Resultant Vector of Two Force Vectors: Vertial and Horizontal Only
2:16
VectorsResultForceWithAngleOnObject
Mathispower4u
VectorsResultForceWithAngleOnObject
3:34
Determine the Resultant Velocity Vector, Speed, and Direction of a Plane in Wind (Right Angle)
Mathispower4u
Determine the Resultant Velocity Vector, Speed, and Direction of a Plane in Wind (Right Angle)
5:21
Solve a Trigonometric Equation: 2sin^2(x)=1 over the interval [0,2pi)
Mathispower4u
Solve a Trigonometric Equation: 2sin^2(x)=1 over the interval [0,2pi)
4:53
Model the Amount of Sea Ice Using a Transformation of the Cosine Function
Mathispower4u
Model the Amount of Sea Ice Using a Transformation of the Cosine Function
5:55
Rational Function Application: Modeling a Sedative (Max, Right Hand Behavior)
Mathispower4u
Rational Function Application: Modeling a Sedative (Max, Right Hand Behavior)
4:28
Describe a Transformation of a Tangent: Period, Amplitude, Phase Shift, Vertical Shift, and Range
Mathispower4u
Describe a Transformation of a Tangent: Period, Amplitude, Phase Shift, Vertical Shift, and Range
2:43
Describe a Transformation of Cosecant: Period, Amplitude, Phase Shift, Vertical Shift, and Range
Mathispower4u
Describe a Transformation of Cosecant: Period, Amplitude, Phase Shift, Vertical Shift, and Range
4:53
Model the Length of a Ladder Over a Fence using a Trignometric Function
Mathispower4u
Model the Length of a Ladder Over a Fence using a Trignometric Function
4:11
Determine 6 Trig Function Values Using a Reference Triangle: -pi Radians (Mult of -pi/2)
Mathispower4u
Determine 6 Trig Function Values Using a Reference Triangle: -pi Radians (Mult of -pi/2)
3:10
Determine 6 Trig Function Values Using a Reference Triangle: -270 Degrees (Mult of -90)
Mathispower4u
Determine 6 Trig Function Values Using a Reference Triangle: -270 Degrees (Mult of -90)
3:19
Determine 6 Trig Function Values Using a Reference Triangle: -45 Degrees (Mult of -45)
Mathispower4u
Determine 6 Trig Function Values Using a Reference Triangle: -45 Degrees (Mult of -45)
3:50
Determine 6 Trig Function Values Using a Reference Triangle: -7pi/6 Radians (Mult of -pi/6)
Mathispower4u
Determine 6 Trig Function Values Using a Reference Triangle: -7pi/6 Radians (Mult of -pi/6)
4:05
Determine 6 Trig Function Values Using a Reference Triangle: -5pi/4 Radians (Mult of -pi/4)
Mathispower4u
Determine 6 Trig Function Values Using a Reference Triangle: -5pi/4 Radians (Mult of -pi/4)
4:12
Determine 6 Trig Function Values Using a Reference Triangle: -5pi/3 Radians (Mult of -pi/3)
Mathispower4u
Determine 6 Trig Function Values Using a Reference Triangle: -5pi/3 Radians (Mult of -pi/3)
3:58