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Graph each of the following polynomials on your own piece of paper or using graphing software like Desmos. What is similar about them? What is different? For each of these questions, select all that apply. a) f(x) = 4xª + 3x – 4 b) g(x) = 4xª + 2x c) h(x) = 4x4 + 5 %3|

Graph each of the following polynomials on your own piece of paper or using graphing software like Desmos. What is similar about them? What is different? For each of these questions, select all that apply. a) f(x) = 4xª + 3x – 4 b) g(x) = 4xª + 2x c) h(x) = 4x4 + 5 %3|

Elements Of Modern Algebra
Elements Of Modern Algebra
8th Edition
ISBN:9781285463230
Author:Gilbert, Linda, Jimmie
Publisher:Gilbert, Linda, Jimmie
Chapter8: Polynomials
Section8.1: Polynomials Over A Ring
Problem 5E: 5. Decide whether each of the following subset is a subring of , and justify your decision in each...
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What is similar? A. They are all degree 4 polynomials. B. For each, as x goes to +o, the function goes to +o. C. For each, as x goes to -0, the function goes to +∞. OD. They all have a leading coefficient of 4. E. For each, as x goes to –∞, the function goes to -x. OF. For each, as x goes to +∞, the function goes to -. O G. They all have 2 terms OH. They all have only one r-intercept. What is different? O A. They have different x-intercepts. O B. They have different y intercepts. O C. They have a different number of terms. OD. They have different leading coefficients. O E. They are different degree polynomials. OF. They have different long-run behaviors.
Transcribed Image Text:What is similar? A. They are all degree 4 polynomials. B. For each, as x goes to +o, the function goes to +o. C. For each, as x goes to -0, the function goes to +∞. OD. They all have a leading coefficient of 4. E. For each, as x goes to –∞, the function goes to -x. OF. For each, as x goes to +∞, the function goes to -. O G. They all have 2 terms OH. They all have only one r-intercept. What is different? O A. They have different x-intercepts. O B. They have different y intercepts. O C. They have a different number of terms. OD. They have different leading coefficients. O E. They are different degree polynomials. OF. They have different long-run behaviors.
Graph each of the following polynomials on your own piece of paper or using graphing software like Desmos. What is similar about them? What is different? For each of these questions, select all that apply. a) f(x) = 4x4 + 3x b) g(x) = 4xª + 2x c) h(x) = 4x4 + 5 4 -
Transcribed Image Text:Graph each of the following polynomials on your own piece of paper or using graphing software like Desmos. What is similar about them? What is different? For each of these questions, select all that apply. a) f(x) = 4x4 + 3x b) g(x) = 4xª + 2x c) h(x) = 4x4 + 5 4 -
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