Difference between revisions of "MAT1073"
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[[OrderOfOperations|Order of Operations]] and [[Radicals|Simplifying Radicals]] | [[OrderOfOperations|Order of Operations]] and [[Radicals|Simplifying Radicals]] | ||
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| − | Basic mathematical symbols and terminology | + | * Basic mathematical symbols and terminology |
| − | Basic arithmetic skills | + | * Basic arithmetic skills |
| − | Basic prime factorization | + | * Basic prime factorization |
| − | Basic understanding of order of operations | + | * Basic understanding of order of operations |
| − | Basic understanding of radicals | + | * Basic understanding of radicals |
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| − | Review order of operations | + | '''Review order of operations''' |
| − | Review the following radical expression concepts: | + | '''Review the following radical expression concepts:''' |
* evaluate square roots | * evaluate square roots | ||
* use the product rule to simplify square roots | * use the product rule to simplify square roots | ||
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| − | [[SimplifyingExponents|Simplifying Exponents]] | + | * [[SimplifyingExponents|Simplifying Exponents]] |
| + | * [[FactoringPolynomials|Factoring Polynomials]] | ||
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| − | Basic mathematical symbols and terminology | + | * Basic mathematical symbols and terminology |
| − | Basic arithmetic skills | + | * Basic arithmetic skills |
| − | Basic prime factorization | + | * Basic prime factorization |
| − | Basic understanding of order of operations | + | * Basic understanding of order of operations |
| − | Basic understanding of exponents | + | * Basic understanding of exponents |
| − | Basic understanding of factoring | + | * Basic understanding of factoring |
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| − | Review the following rules of exponents: | + | '''Review the following rules of exponents:''' |
* product rule | * product rule | ||
* quotient rule | * quotient rule | ||
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* negative rule | * negative rule | ||
| − | Review how to find the power of a product and a quotient | + | '''Review how to find the power of a product and a quotient''' |
| − | Review how to simplify exponential expressions | + | '''Review how to simplify exponential expressions''' |
| − | Review factoring techniques for the following type of polynomials: | + | '''Review factoring techniques for the following type of polynomials:''' |
* factor the greatest common factor of a polynomial | * factor the greatest common factor of a polynomial | ||
* factor a trinomial | * factor a trinomial | ||
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| − | Solving [[Equations|Equations]] | + | * Solving [[Equations|Equations]] |
| + | * Solving [[Inequalities|Inequalities]] | ||
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| − | Basic mathematical symbols and terminology | + | * Basic mathematical symbols and terminology |
| − | Basic arithmetic skills | + | * Basic arithmetic skills |
| − | Basic prime factorization | + | * Basic prime factorization |
| − | Basic understanding of order of operations | + | * Basic understanding of order of operations |
| − | Basic understanding of exponents | + | * Basic understanding of exponents |
| − | Basic understanding of factoring | + | * Basic understanding of factoring |
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| − | Review the following linear equation topics: | + | '''Review the following linear equation topics:''' |
| − | solving linear equations in one variable | + | * solving linear equations in one variable |
| − | finding a linear equation | + | * finding a linear equation |
| − | write and interpret a linear equation | + | * write and interpret a linear equation |
| − | Review the following linear inequality topics: | + | '''Review the following linear inequality topics:''' |
| − | use interval notation | + | * use interval notation |
| − | use properties of inequalities | + | * use properties of inequalities |
| − | solve inequalities in one variable algebraically | + | * solve inequalities in one variable algebraically |
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| − | [[LinearEquations|Linear Equations]] | + | * [[LinearEquations|Linear Equations]] |
| + | * [[Graphs|Graphs]] | ||
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| − | Basic mathematical symbols and terminology | + | * Basic mathematical symbols and terminology |
| − | Basic arithmetic skills | + | * Basic arithmetic skills |
| − | Basic understanding of order of operations | + | * Basic understanding of order of operations |
| − | Basic understand of a Cartesian Coordinate System | + | * Basic understand of a Cartesian Coordinate System |
| − | Basic understand of graphing ordered pairs | + | * Basic understand of graphing ordered pairs |
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| − | Review the following linear equation topics: | + | '''Review the following linear equation topics:''' |
| − | graph a linear equation | + | * graph a linear equation |
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| − | [[Functions|Functions]] | + | * [[Functions|Functions]] |
| + | * [[FunctionNotation|Function Notation]] | ||
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| − | Determine whether a relation represents a function | + | * Determine whether a relation represents a function |
| − | Find the value of a function | + | * Find the value of a function |
| − | Determine whether a function is one-to-one | + | * Determine whether a function is one-to-one |
| − | Use the vertical line test to identify functions | + | * Use the vertical line test to identify functions |
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| − | [[Domain|Domain]] | + | * [[Domain|Domain]] |
| + | * [[Range|Range]] | ||
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| − | Find the domain and range of a function defined by an equation | + | * Find the domain and range of a function defined by an equation |
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| − | [[ToolkitFunctions|Toolkit Functions]] | + | * [[ToolkitFunctions|Toolkit Functions]] |
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| − | Identify the basic toolkit functions | + | * Identify the basic toolkit functions |
| − | Determine domain and range for the basic toolkit functions | + | * Determine domain and range for the basic toolkit functions |
| − | Graph the basic toolkit functions | + | * Graph the basic toolkit functions |
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| − | Intro to [[PowerFunctions|Power]] | + | Intro to: |
| + | * [[PowerFunctions|Power]] | ||
| + | * [[PolynomialFunctions|Polynomial Functions]] | ||
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| − | Identify power functions | + | * Identify power functions |
| − | Identify polynomial functions | + | * Identify polynomial functions |
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| − | [[QuadraticFunctions|Quadratic Functions]] | + | * [[QuadraticFunctions|Quadratic Functions]] |
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| − | Recognize characteristics of parabolas | + | * Recognize characteristics of parabolas |
| − | Understand how the graph of a parabola is related to its quadratic function | + | * Understand how the graph of a parabola is related to its quadratic function |
| − | Determine a quadratic function's minimum or maximum value | + | * Determine a quadratic function's minimum or maximum value |
| − | Solve problems involving a quadratic function's minimum or maximum value | + | * Solve problems involving a quadratic function's minimum or maximum value |
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| − | [[DividingPolynomials|Dividing Polynomials]] | + | * [[DividingPolynomials|Dividing Polynomials]] |
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| − | Use long division to divide polynomials | + | * Use long division to divide polynomials |
| − | Use synthetic division to divide polynomials | + | * Use synthetic division to divide polynomials |
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| − | [[ZerosOfPolynomials|Zeros of Polynomials]] | + | * [[ZerosOfPolynomials|Zeros of Polynomials]] |
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| − | Evaluate a polynomial using the Remainder Theorem | + | * Evaluate a polynomial using the Remainder Theorem |
| − | Use the Factor Theorem to solve a polynomial equation | + | * Use the Factor Theorem to solve a polynomial equation |
| − | Use the Rational Zero Theorem to find rational zeros | + | * Use the Rational Zero Theorem to find rational zeros |
| − | Find zeros of a polynomial function | + | * Find zeros of a polynomial function |
| − | Solve real-world applications of polynomial equations | + | * Solve real-world applications of polynomial equations |
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| − | More [[PolynomialFunctions|Polynomial Functions]] | + | * More [[PolynomialFunctions|Polynomial Functions]] |
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| − | Identify end behavior of power functions | + | * Identify end behavior of power functions |
| − | Identify the degree and leading coefficient of polynomial functions | + | * Identify the degree and leading coefficient of polynomial functions |
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| − | [[RationalFunctions|Rational Functions]] | + | * [[RationalFunctions|Rational Functions]] |
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| − | Use arrow notation | + | * Use arrow notation |
| − | Solve applied problems involving rational functions | + | * Solve applied problems involving rational functions |
| − | Find the domains of rational functions | + | * Find the domains of rational functions |
| − | Identify vertical asymptotes | + | * Identify vertical asymptotes |
| − | Identify horizontal asymptotes | + | * Identify horizontal asymptotes |
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| − | Graphs of [[Polynomials|Polynomials]] | + | * Graphs of [[Polynomials|Polynomials]] |
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| − | Recognize characteristics of graphs of polynomial functions | + | * Recognize characteristics of graphs of polynomial functions |
| − | Use factoring to find zeros of polynomial functions | + | * Use factoring to find zeros of polynomial functions |
| − | Identify zeros and their multiplicities | + | * Identify zeros and their multiplicities |
| − | Determine end behavior | + | * Determine end behavior |
| − | Understand the relationship between degree and turning points | + | * Understand the relationship between degree and turning points |
| − | Graph polynomial functions | + | * Graph polynomial functions |
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| − | Graphs of [[RationalFunctions|Rational Functions]] | + | * Graphs of [[RationalFunctions|Rational Functions]] |
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| − | Identify and graph vertical asymptotes | + | * Identify and graph vertical asymptotes |
| − | Identify and graph horizontal asymptotes | + | * Identify and graph horizontal asymptotes |
| − | Determine behavior of rational functions around vertical asymptotes | + | * Determine behavior of rational functions around vertical asymptotes |
| − | Graph rational functions | + | * Graph rational functions |
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| − | [[Transformation|Transformation]] | + | * [[Transformation|Transformation]] |
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| − | Graph functions using vertical and horizontal shifts | + | * Graph functions using vertical and horizontal shifts |
| − | Graph functions using reflections about the x-axis and the y-axis | + | * Graph functions using reflections about the x-axis and the y-axis |
| − | Determine whether a function is even, odd, or neither from it's graph | + | * Determine whether a function is even, odd, or neither from it's graph |
| − | Graph functions using compressions and stretches | + | * Graph functions using compressions and stretches |
| − | Combine transformations | + | * Combine transformations |
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| − | [[CompositionOfFunctions|Composition of Functions]] | + | * [[CompositionOfFunctions|Composition of Functions]] |
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| − | Combine functions using algebraic operations | + | * Combine functions using algebraic operations |
| − | Create a new function by composition of functions | + | * Create a new function by composition of functions |
| − | Evaluate composite functions | + | * Evaluate composite functions |
| − | Find the domain of a composite function | + | * Find the domain of a composite function |
| − | Decompose a composite function into its component functions | + | * Decompose a composite function into its component functions |
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| − | [[InverseFunctions|Inverse Functions]] | + | * [[InverseFunctions|Inverse Functions]] |
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| − | Verify inverse functions | + | * Verify inverse functions |
| − | Determine the domain and range of an inverse function, and restrict the domain of a function to make it one-to-one | + | * Determine the domain and range of an inverse function, and restrict the domain of a function to make it one-to-one |
| − | Find or evaluate the inverse of a function | + | * Find or evaluate the inverse of a function |
| − | Use the graph of a one-to-one function to graph its inverse function on the same axes | + | * Use the graph of a one-to-one function to graph its inverse function on the same axes |
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| − | [[ExponentialFunctions|Exponential Functions]] | + | * [[ExponentialFunctions|Exponential Functions]] |
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| − | Evaluate exponential functions | + | * Evaluate exponential functions |
| − | Find the equation of an exponential function | + | * Find the equation of an exponential function |
| − | Use compound interest formulas | + | * Use compound interest formulas |
| − | Evaluate exponential functions with base e | + | * Evaluate exponential functions with base e |
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| − | [[LogarithmicFunctions|Logarithmic Functions]] | + | * [[LogarithmicFunctions|Logarithmic Functions]] |
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| − | Convert from logarithmic to exponential form | + | * Convert from logarithmic to exponential form |
| − | Convert from exponential to logarithmic form | + | * Convert from exponential to logarithmic form |
| − | Evaluate logarithms | + | * Evaluate logarithms |
| − | Use common logarithms | + | * Use common logarithms |
| − | Use natural logarithms | + | * Use natural logarithms |
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| − | [[LogarithmicProperties|Logarithmic Properties]] | + | * [[LogarithmicProperties|Logarithmic Properties]] |
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| − | Use the product rule for logarithms | + | * Use the product rule for logarithms |
| − | Use the quotient rule for logarithms | + | * Use the quotient rule for logarithms |
| − | Use the power rule for logarithms | + | * Use the power rule for logarithms |
| − | Expand logarithmic expressions | + | * Expand logarithmic expressions |
| − | Condense logarithmic expressions | + | * Condense logarithmic expressions |
| − | Use the change-of-base formula for logarithms | + | * Use the change-of-base formula for logarithms |
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| − | [[ExponentialEquations|Exponential]] | + | * [[ExponentialEquations|Exponential]] |
| + | * [[LogarithmicEquations|Logarithmic Equations]] | ||
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| − | Use like bases to solve exponential equations | + | * Use like bases to solve exponential equations |
| − | Use logarithms to solve exponential equations | + | * Use logarithms to solve exponential equations |
| − | Use the definition of a logarithm to solve logarithmic equations | + | * Use the definition of a logarithm to solve logarithmic equations |
| − | Use the one-to-one property of logarithms to solve logarithmic equations | + | * Use the one-to-one property of logarithms to solve logarithmic equations |
| − | Solve applied problems involving exponential and logarithmic equations | + | * Solve applied problems involving exponential and logarithmic equations |
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| − | [[ExponentialModels|Exponential]] | + | * [[ExponentialModels|Exponential]] |
| + | * [[LogarithmicModels|Logarithmic Models]] | ||
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| − | Model exponential growth and decay | + | * Model exponential growth and decay |
| − | Use Newton's Law of Cooling | + | * Use Newton's Law of Cooling |
| − | Use logistic-growth models | + | * Use logistic-growth models |
| − | Choose an appropriate model for data | + | * Choose an appropriate model for data |
| − | Express an exponential model in base e | + | * Express an exponential model in base e |
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| − | [[ModelingUsingVariation|Modeling using Variation]] | + | * [[ModelingUsingVariation|Modeling using Variation]] |
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| − | Solve direct variation problems | + | * Solve direct variation problems |
| − | Solve inverse variation problems | + | * Solve inverse variation problems |
| − | Solve problems involving joint variation | + | * Solve problems involving joint variation |
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| − | Solving [[SystemsOfEquations|Systems of Equations]] in Two Variables | + | * Solving[[SystemsOfEquations|Systems of Equations]] in Two Variables |
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| − | Solve systems of equations by graphing | + | * Solve systems of equations by graphing |
| − | Solve systems of equations by substitution | + | * Solve systems of equations by substitution |
| − | Solve system of equations by elimination | + | * Solve system of equations by elimination |
| − | Identity inconsistent systems of equations containing two variables | + | * Identity inconsistent systems of equations containing two variables |
| − | Express the solution of a system of dependent equations containing two variables | + | * Express the solution of a system of dependent equations containing two variables |
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| − | Solving [[SystemsOfEquations|Systems of Equations]] in Three Variables | + | * Solving [[SystemsOfEquations|Systems of Equations]] in Three Variables |
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| − | Solve systems of equations in three | + | * Solve systems of equations in three variables |
| − | Identify inconsistent systems of equations containing three variables | + | * Identify inconsistent systems of equations containing three variables |
| − | Express solutions of a system of dependent equations containing three variables | + | * Express solutions of a system of dependent equations containing three variables |
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Revision as of 00:03, 15 June 2020
Topics List
| Date | Sections | Topics | Prerequisite Skills | Student Learning Outcomes |
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Review order of operations Review the following radical expression concepts:
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Review the following rules of exponents:
Review how to find the power of a product and a quotient Review how to simplify exponential expressions Review factoring techniques for the following type of polynomials:
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Review the following linear equation topics:
Review the following linear inequality topics:
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Review the following linear equation topics:
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