MATH 1310 Test 4 Review 10 Multiple Choice (70 points): Test 4

Slides:

Advertisements

Similar presentations

Rational Functions Characteristics. What do you know about the polynomial f(x) = x + 1?

Advertisements

5.2 Logarithmic Functions & Their Graphs

Algebra 2 Tri-B Review!. LogarithmsSolving Polynomials Compostion of Functions & Inverses Rational Expressions Miscellaneous

SECTION 4.4 LOGARITHMIC FUNCTIONS LOGARITHMIC FUNCTIONS.

Station A: Linear Functions: Solve each equation Solve for the specified variable: Write an equation in slope-intercept form for the line.

Piecewise Graphs A piecewise function is defined by at least two equations, each of which applies to a different part of the function’s domain. One example.

LOGARITHMIC EQUATIONS. CREATE A LOGARITHMIC EQUATION  Create a logarithmic function of the form  f(x) = log b (x-h) + k.

MAT 150 – Class #18. Objectives  Graph and evaluate logarithmic functions  Convert equations to logarithmic and exponential forms  Evaluate and apply.

Logarithmic Functions & Their Graphs

5.2 Logarithmic Functions & Their Graphs Goals— Recognize and evaluate logarithmic functions with base a Graph Logarithmic functions Recognize, evaluate,

5.4 Logarithmic Functions. Quiz What’s the domain of f(x) = log x?

Jeopardy Factoring Functions Laws of Exponents Polynomial Equations Q $100 Q $200 Q $300 Q $400 Q $100 Q $200 Q $300 Q $400 Final Jeopardy Q $500.

Graphing Log Functions Pre-Calculus. Graphing Logarithms Objectives:  Make connections between log functions and exponential functions  Construct a.

Exponential & Logarithmic functions. Exponential Functions y= a x ; 1 ≠ a > 0,that’s a is a positive fraction or a number greater than 1 Case(1): a >

Solving Polynomials.

How does each function compare to its parent function?

12.8 Exponential and Logarithmic Equations and Problem Solving Math, Statistics & Physics 1.

State the Domain and Range. 3  /2  /2  22 –1 1 -- -2  -3  /2-  /2.

3.3 Logarithmic Functions and Their Graphs

Exponential & Logarithmic functions. Exponential Functions y= a x ; 1 ≠ a > 0,that’s a is a positive fraction or a number greater than 1 Case(1): a >

Exponential and log graphs Logarithms Identify all the graphs in the diagrams below. (2,16) (0,1) 0 y x  (3,125) 0 y x (0,1)  0 y 1 (4,16) x  0 y.

Warm Ups:  Describe (in words) the transformation(s), sketch the graph and give the domain and range:  1) g(x) = e x ) y = -(½) x - 3.

Last Answer LETTER I h(x) = 3x 4 – 8x Last Answer LETTER R Without graphing, solve this polynomial: y = x 3 – 12x x.

Logarithmic Functions & Their Graphs Goals— Recognize and evaluate logarithmic functions with base a Graph Logarithmic functions Recognize, evaluate, and.

MAT150 Unit 4-2: Logarithmic Functions; Properties of Logarithms Copyright ©2013 Pearson Education, Inc.

Parent Functions. Learning Goal I will be able to recognize parent functions, graphs, and their characteristics.

5.2 Logarithmic Functions & Their Graphs

MATH 1310 Session 4.

Polynomial Graphs: Zeroes and Multiplicity

Logarithmic Functions and Their Graphs

Functions JEOPARDY.

Solve the radical equation

Packet #15 Exponential and Logarithmic Equations

MATH 1310 Test 3 Review 10 Multiple Choice (worth 60 points)

5.4 Logarithmic Functions and Models

MATH 1310 Session 8.

Warm-up: Solve for x. 2x = 8 2) 4x = 1 3) ex = e 4) 10x = 0.1

Solving Exponential & logarithmic Equations

MATH 1310 Section 4.2.

MATH 1310 Test 3 Review 10 Multiple Choice (worth 60 points)

Section 5.5 Additional Popper 34: Choice A for #1 – 10

Partner Whiteboard Review.

Logarithmic and Exponential Equations

Solve for x: log3x– log3(x2 – 8) = log38x

Objectives Write equivalent forms for exponential and logarithmic functions. Write, evaluate, and graph logarithmic functions.

Logarithmic and Exponential Equations

1.2 Analyzing Graphs of Functions and Relations

TRANSFORMING EXPONNTIAL FUNCTIONS

SQUARE ROOT Functions 4/6/2019 4:09 PM 8-7: Square Root Graphs.

MATH 1310 Section 3.6.

MATH 1310 Section 4.2.

MATH 1310 Test 3 Review 10 Multiple Choice (worth 60 points)

MATH 1310 Test 4 Review 10 Multiple Choice (70 points): Test 4

MATH 1310 Section 3.6.

Integrated Math 3 – Mod 3 Test Review

Warm-up Without a calculator, state all of the following: 1) y=-3(x + 4)2 - 5 a) Transformations b) Domain c) Range.

Review: How do you find the inverse of a function? Application of what you know… What is the inverse of f(x) = 3x? y = 3x x = 3y y = log3x f-1(x) = log3x.

MATH 1310 Test 4 Review 12 Multiple Choice (70 points): Test 4

Final Exam Review 30 Multiple Choice Questions (Equally Weighted)

MATH 1310 Test 4 Review 12 Multiple Choice (70 points): Test 4

Section 5.5 Additional Popper 34: Choice A for #1 – 10

Section 5.5 Additional Popper 34: Choice A for #1 – 10

MATH 1310 Section 4.3.

MATH 1310 Section 5.3.

Final Exam Review 30 Multiple Choice Questions (Equally Weighted)

MATH 1310 Section 4.3.

Final Exam Review 30 Multiple Choice Questions (Equally Weighted)

Section MATH 1310 Section 3.2

Presentation transcript:

MATH 1310 Test 4 Review 10 Multiple Choice (70 points): Test 4 3 Free Response (30 points): Test 4 FR Additional Popper 34: Answer Choice A for Questions 1 – 10

Popper 28 Select Choice B for Questions #1 – 5

d. Domain?

20. The polynomial p(x) = x3 – 7x2 +7x + 15 has one root at x = 5 20. The polynomial p(x) = x3 – 7x2 +7x + 15 has one root at x = 5. Determine the value of all roots.

21. Determine the exponential equation of the following graph [in base 3]:

22. Determine the equation of the logarithmic equation of the following graph [in base 8]:

23. Which of the following is a correct function form for the indicated parent function (there may be multiple answers). Exponential Function: f(x) = 2·3x g(x) = 2·(-3)x h(x) = 2·1x j(x) = 2·0x Logarithmic Function: f(x) = 2log(3x) g(x) = 2ln(3x) h(x) = 2log-3x j(x) = 2log3x

Popper 29: Fill out choice D for questions 1 – 5