Mathematics 20-1 Final Exam Review. Directions: Identify the choice that best completes the statement or answers the question.

Similar documents
Math 20-1 Year End Review

Math 2200 Final Review (Multiple Choice)

Pre Calculus 11 Practice Midyear Exam 2014

30S Pre Calculus Final Exam Review Chapters 5 8

HCC-SE MATH DEPT. 1 Revised Fall 2008

Math 521B Chapter 4 Test (33 marks) Name:

G r a d e 1 1 P r e - C a l c u l u s M a t h e m a t i c s ( 3 0 S ) Final Practice Exam

ALGEBRA 2 X. Final Exam. Review Packet

Algebra 2 End of Term Final REVIEW

PRINCIPLES OF MATHEMATICS 11 Chapter 2 Quadratic Functions Lesson 1 Graphs of Quadratic Functions (2.1) where a, b, and c are constants and a 0

L What are the properties that should be used to isolate the variable in the equation? 3x + 11 = 5

math FALL developmental mathematics sullivan 1e

Lesson 9.1 Using the Distance Formula

College Algebra ~ Review for Test 2 Sections

On a separate sheet of paper, answer the following questions by showing ALL of your work.

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question.

C) C) 5 D) 13

Name: Class: Date: = 30.6 and t 15. = 125 D. t 21 = 20 = 3.75, S 6

Learning Goals. College of Charleston Department of Mathematics Math 101: College Algebra Final Exam Review Problems 1

C)not a function. B) function domain: {-3, 2, 4, 6} range: {-7, 4, 2, -1}

RF2 Unit Test # 2 Review Quadratics (Chapter 6) 1. What is the degree of a quadratic function?

review for math TSI 55 practice aafm m

Precalculus Prerequisite Packet Paint Branch High School Math Department. Concepts To Be Assessed on the Precalculus Course Pre-assessment.

2 nd Semester Final Exam Review Block Date

Name Please print your name as it appears on the class roster.

Math 030 Review for Final Exam Revised Fall 2010 RH/ DM 1

Ready To Go On? Skills Intervention 5-1 Using Transformations to Graph Quadratic Functions

MATH 0312 FINAL EXAM REVIEW ITEMS

y x+ 2. A rectangular frame for a painting has a perimeter of 82 inches. If the length of the frame is 25 inches, find the width of the frame.

Algebra 2 Final Exam Review 2017

(C), 5 5, (B) 5, (C) (D), 20 20,

Algebra 2 End of Year Practice Exam Specification Sheet

Final Exam Review Part 2 #1 Page 1 / 21

Math 121. Practice Questions Chapters 2 and 3 Fall Find the other endpoint of the line segment that has the given endpoint and midpoint.

MATH College Algebra Review for Test 2

Algebra I Final Exam Review 2016 List of Topics Covered

MATH 115 Precalculus Spring, 2015, V1.2

Graphing Calculator Computations 2

College Algebra and College Algebra with Review Final Review

Test # 2 Review Sections (2.4,2.5,2.6, & ch. 3) Math 1314 Name

Math 100 Final Exam Review

Name DIRECTIONS: PLEASE COMPLET E ON A SEPARATE SHEET OF PAPER. USE THE ANSWER KEY PROVIDED TO CORRECT YOUR WORK. THIS WILL BE COLLECTED!!!

Exponent Laws. a m a n = a m + n a m a n = a m n, a 0. ( ab) m = a m b m. ˆ m. = a m. a n = 1 a n, a 0. n n = a. Radicals. m a. n b Ë. m a. = mn.

Use the slope-intercept form to graph the equation. 8) 6x + y = 0

Final Exam Review Spring a. Is this a quadratic? 2 a. Is this a quadratic? b. EXPLAIN why or why not. b. EXPLAIN why or why not!!

MULTIPLE CHOICE. Choose the one alternative that best completes the statement or answers the question.

2 nd Semester Final Exam Review Block Date

Review for FINALS. FINAL CULMINATING date FINAL EXAM date

Math 100 Final Exam Review

Name Date Class California Standards 17.0, Quadratic Equations and Functions. Step 2: Graph the points. Plot the ordered pairs from your table.

Self- assessment 1010 (Intermediate Algebra)

1. Without the use of your calculator, evaluate each of the following quadratic functions for the specified input values. (c) ( )

review for math TSI 182 practice aafm m

FINAL EXAM REVIEW ITEMS Math 0312: Intermediate Algebra Name

MCR 3UI EXAM REVIEW. 2 Hour Exam

Advanced Algebra 2 Final Review Packet KG Page 1 of Find the slope of the line passing through (3, -1) and (6, 4).

Last modified Spring 2016

Skills Practice Skills Practice for Lesson 3.1

12x y (4) 2x y (4) 5x y is the same as

G r a d e 1 1 P r e - C a l c u l u s M a t h e m a t i c s ( 3 0 S ) Final Practice Exam Answer Key

review math0410 (1-174) and math 0320 ( ) aafinm mg

Final Exam Review Part 2 #4

1. For each of the following, state the domain and range and whether the given relation defines a function. b)

Final Exam Review Part 2 #4

Algebra 2 End of Year Practice Exam Specification Sheet

SHORT ANSWER. Write the word or phrase that best completes each statement or answers the question.

Answers for the problems can be found at the end of this packet starting on Page 12.

ALGEBRA 1 CP FINAL EXAM REVIEW

OBJECTIVES UNIT 1. Lesson 1.0

MATH College Algebra Review for Test 2

Mth 95 Module 4 Chapter 8 Spring Review - Solving quadratic equations using the quadratic formula

MATH Spring 2010 Topics per Section

3 Polynomial and Rational Functions

Summary, Review, and Test

Diagnostic Tests Study Guide

TO THE STUDENT: To best prepare for Test 4, do all the problems on separate paper. The answers are given at the end of the review sheet.

Chapter 8 Vocabulary Check

STUDY KNOWHOW PROGRAM STUDY AND LEARNING CENTRE. Functions & Graphs

Math Intermediate Algebra

30S Pre-Calculus Final Exam Review Chapters 1-4

Review Exercises for Chapter 2

Glossary. Also available at BigIdeasMath.com: multi-language glossary vocabulary flash cards. An equation that contains an absolute value expression

Algebra 2 Semester Exam Review

Review of Essential Skills and Knowledge

College Algebra ~ Review for Test 2 Sections

MATH 115: Final Exam Review. Can you find the distance between two points and the midpoint of a line segment? (1.1)

Math 0210 Common Final Review Questions (2 5 i)(2 5 i )

North Carolina Community College System Diagnostic and Placement Test Sample Questions

Patterns and Relations Unit Review

The coordinates of the vertex of the corresponding parabola are p, q. If a > 0, the parabola opens upward. If a < 0, the parabola opens downward.

b g if f x x x x x x

UNIT #9 ROOTS AND IRRATIONAL NUMBERS REVIEW QUESTIONS

Solve the equation for the specified variable. Use the distributive property to factor as necessary. 2) -9s + 8p = tp - 8 for p

MCF3M1 Exam Review. 1. Which relation is not a function? a. c. b. d. 2. What is the range of the function?

[B] 2. Which of these numbers is a solution for 12 x 7? [A] 5 [B] 1 [C] 2 [D] 3

Algebra 2 with Trigonometry. Practice Exam #1 Answer Key

Algebra 1 (cp) Midterm Review Name: Date: Period:

Math Pre-Calc 20 Final Review

MCPS Algebra 2 and Precalculus Standards, Categories, and Indicators*

1.1 Laws of exponents Conversion between exponents and logarithms Logarithm laws Exponential and logarithmic equations 10

Transcription:

Mathematics 0- Final Exam Review Name: ate: irections: Identif the choice that best completes the statement or answers the question.. Which of the following numbers occurs in the sequence,,, 0,,...?. The common difference in the arithmetic sequence,,,,... is. Which of the given formulas for the general term of the sequence,,,,,... is correct?. What is the th term of the sequence,., 0.,.,.,?.. 0... The sum of the series ( ) + ( ) + ( ) + + () is 0. The sum of an arithmetic series where t =, t =, and n = is 0.... The sum of an arithmetic series where,, and n = is 0 0

. For the arithmetic series (0) + (0) + () + + (), the values of, d, and n are, d =, n = = 0, d =, n = = 0, d =, n = = 0, d =, n =. On the first da of the month, Michael places in a jar. The next da, he places in the jar. The third da, he places in the jar, and so on for das. What amount will be in the jar at the end of this period of time? $. $. $. $. 0. The common ratio for the geometric sequence,, 0., 0.0,... is. In the formula for the general term of a geometric sequence, the common ratio is. The eighth term in the sequence, 0, 0,, is. How man terms are in the sequence,,,,,, 0? 0. The sum of a geometric series where, r =, and n = is approximatel....

. The sum of the geometric series + 0 + 0 + + 0 is 0. The th term of the geometric series + + + is. What is the value of S for the series + +?. etermine the sum of the infinite geometric series + + + +... 0. etermine the sum of the infinite geometric series with t = and r =. 0. What is the reference angle for 00 in standard position? 00 0 0 0. The point (0, ) is on the terminal arm of. Which is the set of exact primar trigonometric ratios for the angle?,,,,,,,,

. The coordinates of a point P on the terminal arm of an angle are shown. What are the exact trigonometric ratios for,, and? (,) iagram not drawn to scale. x. etermine the length of x, to the nearest tenth of a centimetre..... x 0º cm 0º iagram not drawn to scale.. If, c = 0. cm, and b = 0. cm, and is acute, what is the measure of, to the nearest tenth of a degree?.0 0.. c b a iagram not drawn to scale.. etermine the measure of x, to the nearest tenth of a degree..... cm 0 cm x cm iagram not drawn to scale.

. What is the length of x, to the nearest tenth of a metre? x. m. m. m. m m m º. If iagram not drawn to scale., r = 0 cm, and p = cm, what is the length of q, to the nearest centimetre? P q R cm 0 cm cm cm r p. Solve the following triangle, rounding side lengths to the nearest tenth of a unit and angle measures to the nearest degree. Q iagram not drawn to scale.,, c =.0,, c =.0,, c =.,, c =., b =, a =.. What is the axis of smmetr of? x = x = x = x = 0. What is the quadratic function in vertex form for the parabola shown below? 0 0 0 x 0

. What is the vertex of? (, ) (, ) (, ) (, ). Which graph represents the quadratic function? 0 0 0 0 x 0 0 0 x 0 0 0 0 0 x 0 0 0 x 0. What are the domain and range of? omain: Range: omain: Range: omain: Range: omain: Range:. The vertex of a parabola is located at. If the parabola has a -intercept of, which quadratic function represents the parabola?

. What information can be determined from the quadratic function? the vertex is at (, ) and the graph opens upward the vertex is at (, ) and the graph opens downward the vertex is at (, ) and the graph opens downward the vertex is at (, ) and the graph opens upward. Identif the characteristics of this graph. 0 0 0 0 0 0 x 0 0 vertex: (, ) axis of smmetr: -intercept: 0. x-intercepts: and opens downward vertex: (, ) axis of smmetr: -intercept: 0. x-intercepts: and opens upward vertex: (, ) axis of smmetr: -intercept: 0. x-intercepts: and opens upward vertex: (, ) axis of smmetr: -intercept: 0. x-intercepts: and opens downward. What are the coordinates of the vertex of the quadratic function? (, ) (, ) (, ) (, ). What is the equation of the quadratic function in vertex form?

. State whether the function the coordinates of the vertex. maximum at maximum at has a maximum or minimum value and identif minimum at minimum at 0. How man x-intercepts does the graph of the quadratic function have? 0 unknown 0 x 0. What are the x-intercepts of the quadratic function graphed here? 0 and. and. x 0. What are the x-intercepts of the quadratic function graphed here?.. there are none.0 0 x 0

. What are the roots of the quadratic function? 0. and and. Factor completel.. Factor completel.. Solve. x = and x = x = and x = x = and x = x = and x =. etermine the roots of the quadratic equation. x = 0 and x = x = 0 and x = x = 0 and x = x = and x =. Solve. and and and and. rectangle has dimensions and, where x is in centimetres. If the area of the rectangle is cm, what is the value of x, to the nearest tenth of a centimetre? 0. The vertex form of is

. Which is the vertex form of necessar.? Round coefficients to the nearest hundredth if. Solve. + and + and. rectangle with an area of is x centimetres wide and (x + ) centimetres long. To the nearest tenth of a centimetre, the width and length are 0.0 cm and 0.0 cm. cm and. cm. cm and. cm.0 cm and.0 cm. When lex rides his dirt bike off a ramp, his path can be modelled b, where d is the horizontal distance from the ramp and h is the height, both in metres. How far awa from the ramp does he land, to the nearest tenth of a metre?.0 m 0. m. m. m. For a science experiment, a projectile is launched. Its path is given b, where h is the height of the projectile above the ground and d is the horizontal distance of the projectile from the launch pad, both in metres. How far awa from the launch pad is the projectile when it begins to fall, to the nearest tenth of a metre?. m. m 0. m. m. Find a simplified expression for the perimeter of this shape. Not to scale.

. Simplif. + +. Simplif. + +. Express in simplest form. 0. Find a simplified expression for the area of this shape. Not to scale.. Express in simplest form.. Solve. x = x = x = x =. Solve. x = x = x = x =

. Solve. x = x = x = x =. The non-permissible value(s) for the rational expressions is (are) x, x x x x. The non-permissible value(s) for the expression is (are) x x and x there are no restrictions. Simplif.. What is the simplified version of the rational expression?. Express the product in simplest form. 0. Express the quotient in simplest form.

. When full simplified, is equal to. Simplif the rational expression.. When full simplified, ignoring restrictions on the variable, is equal to. Solve the rational equation. Identif all non-permissible values., x = 0, x = 0, x =,. Solve the rational equation. x = 0 x = 0 x = and x = 0 and. What is the exact solution to the equation

. The graph of is 0 0 0 0 x 0 0 x 0 0 0 0 x 0 0 x 0. Given the graph of, which is the graph of? 0 0 0 0 x 0 0 0 x 0 0 x 0 0 0 0 x 0 0 x

. What are the domain and range of? 0. What are the domain and range of?. The graph of is x x x x

. The graph of is x x x x. The graph of is 0 0 0 0 x 0 0 x 0 0 0 0 x 0 0 x

. Given the graph of, which is the graph of? x x x x x. Solve. or or. etermine the solution to. x = or x = x = or x = no solution x =

. etermine the solution to x = or x = x = or x = no solution x =. What is the solution to? x = x = or x = or x = x = x =. Solve. x = 0 x = 0, x = x = x = 0, x = 0. Solve. x = and x = and x = and x = and. Which graph represents the reciprocal of the linear function? x x x x

. Which graph represents the reciprocal of? 0 0 0 x 0 0 0 x 0 0 0 0 0 0 x 0 0 x 0 0. Which graph represents the reciprocal of? x x x x

. The equation of the vertical asmptote for the reciprocal of = x is x = x = x = x =. How man solutions are there to the sstem of equations graphed below? 0 0 0 x 0 one solution three solutions two solutions no real solution. The line intersects the quadratic function at one point. What are the coordinates of the point of intersection?. Find the coordinates of the point(s) of intersection of the line = and the quadratic function. (0, ) and (, ) (, ) (0, 0) (, ) and (0, ). Solve the following sstem: = (, ) (, ) and (0, ) (0, ) and (, ) (0, 0)

. The line intersects the quadratic function at two points. What are the coordinates of the two points of intersection? (0,0) and (0, 0) and and (, ) and 00. Solve the following sstem of equations: (0,0) and (, ) and and (0, 0) and 0. What are the coordinates of the point(s) of intersection of the line quadratic function? and and, and and and the 0. What are the solutions for the following sstem of equations? and and and and 0. What are the solutions for the following sstem of equations? and and and and 0. What are the coordinates of the point(s) of intersection of the quadratic functions and? and and and and

0. The graph of is x x x x 0. The graph of is x x x x

0. Which inequalit represents the graph shown below? x > x > x < x < x 0. The graphical solution to < x is x x x x

0. Which inequalit represents the graph shown below? x > x > x x x 0. Which graph represents the solution to the inequalit? x x x x. Which number line represents the solution set to the inequalit? 0 0 0 0

. Which graph represents the solution to the inequalit? 0 0 0 0. The solution set to the inequalit is. The solution set to the inequalit is. Which graph represents the solution to the inequalit? x x x x

. Which graph represents the solution to the inequalit? x x x x. Which graph represents the solution to the inequalit? x x x x

. The solution to the inequalit is x x x x. Which quadratic inequalit is represented b the graph shown below? x 0. Which point does not satisf the inequalit? 0 0 0 x 0

. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 00. NS: 0. NS: 0. NS: 0. NS: 0. NS: 0. NS: 0. NS: 0. NS: 0. NS: 0. NS: 0. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS:. NS: 0. NS: