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[DOCX File]Brainly
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1) Which equation is best represented by the graph above? A)(x+1)(x-3)(x+2) B(x-1)(x+3)(x+2) C (x-1)(x-3)(x+2) D (x+1)(x+3)(x-2) 2) Shown below is the graph of y=x^3-3x^2-6x+8
how to graph imaginary numbers

[DOCX File]Weebly
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What will the graph of the quadratic equation look like with 2 imaginary solutions? Complete 2 examples from the second video. Solving Quadratic Equations . Find the zeros of each function by graphing and using a table. 1) f x =- x 2 +4x-3 . 2) g x = x 2 +x-6 . 3) f x = x 2 -9 .
graph imaginary functions

[DOC File]Algebra II Midterm Part II
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Determine how many real and imaginary solutions the equation . 2x² + 3x - 8 = 0 has? a. 2 real, no imaginary b. 1 real , no imaginary. c. 1 real, 1 imaginary d. no real, 2 imaginary. ... What is the vertex of the graph of y = 3(x – 2)² - 8 ? a. ( 2,8) b. (3,-8) c. (-2, -8) d. (2, -8) What is the correct factorization of 6x² - 5x – 4 ? a ...
two imaginary solutions

[DOC File]Module 1: Solving Quadratic Equations
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Use the graph below to solve the quadratic equation . The graph of . SOLUTION: Since we are given the graph of and we are asked to solve , we need to look for any places on the graph where , i.e., we need to find the x-intercepts of the graph. Since the x-intercepts are and , we can conclude that the solutions are or , so the solution set is .
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[DOC File]Algebra 2
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Imaginary Numbers • Imaginary solutions • Nature of Solutions (discriminant, on graph) • Complex number operations. Piecewise Functions (revisit linear, introduce quadratic) • Notation • Evaluate • Equation to Graph • Graph to Equation. Quadratics (continued) Applications
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[DOC File]Worksheet 38 (7
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imaginary part. of the complex number. Important definitions involving i: 1. 2. ... 4ac < 0, then the equation has two nonreal complex solutions. 2. If b2 - 4ac = 0, then the equation has one real solution with multiplicity of two. ... Organize a chart to determine appropriate intervals found by locating the critical numbers on a number line ...
imaginary solutions in algebra

COURSE TITLE: Algebra II-Trigonometry
* graph a relation, state its domain and range, and determine if the relation is a function * identify equations that are linear and graph them * graph linear equations on a graphing calculator ... * solve quadratic equations that have pure imaginary solutions * add, subtract, multiply, and divide complex numbers.
real or imaginary solutions

[DOC File]Algebra 2
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an approximate graph the function. For Exercises 11-14, find the real and/or imaginary solutions of each equation by factoring. Watch for a GCF first! State how many solutions there are, and how many real solutions you would actually . see. on the graph. (1.5 points each) 11. Solve a trinomial: 11. x = how many solutions? how many on the graph? 12.
real and imaginary graph

[DOCX File]Fort Thomas Independent Schools
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Notice that we solved the exact same polynomial (x 3 -2 x 2 +3x-4=0 ) as used in our previous APP, but now we have all 3 solutions (x1 is real, x2 and x3 are the imaginary solutions). Thus, our solutions are x=1.65, .17+1.55i, and .17-1.55i. You will need to use your arrows to see all parts of the answer.
how to graph imaginary numbers

[DOC File]COURSE TITLE: Algebra II - Trigonometry (Honors)
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* graph a relation, state its domain and range, and determine if the relation is a function ... * solve quadratic equations that have pure imaginary solutions * add, subtract, multiply, and divide complex numbers. G. Students will develop skills in solving quadratic equations.
graph imaginary functions

Imaginary solutions on a graph