Simplify all parts and show all the steps. Are the answers in (a, b, and c) different? If yes, justify all parts? (a) (-3)(K+1) (b) -3(*+1) (c) 3-(K+1)

Algebra: Structure And Method, Book 1
(REV)00th Edition
ISBN:9780395977224
Author:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Publisher:Richard G. Brown, Mary P. Dolciani, Robert H. Sorgenfrey, William L. Cole
Chapter9: Systems Of Linear Equations
Section9.7: Puzzle Problems
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3. Simplify all parts and show all the steps. Are the answers in (a, b, and c) different? If yes, justify
all parts?
(a) (-3)(K+1)
(b) -3(K+1)
(c) 3-(K+1)
4. Find the answers of the following expressions:
a. 3(6-x)+4(2x- (K – 2))(x* –-2)
b. What is the degree of the following polynomial?
x+2 z3* +x2K+1z²(v?)*K/2 + 3z2K+1 + 5x2K+1 + 4°K
c. Define the polynomial and non-polynomial of algebraic expression. Support your answer
by examples for each.
5. Divide the polynomial -x-2x² +3 by (x-K+ 11). Use synthetic division to write your
P(x)
answer in form of
(x-r)
R
= Q(x) +x-r
Transcribed Image Text:3. Simplify all parts and show all the steps. Are the answers in (a, b, and c) different? If yes, justify all parts? (a) (-3)(K+1) (b) -3(K+1) (c) 3-(K+1) 4. Find the answers of the following expressions: a. 3(6-x)+4(2x- (K – 2))(x* –-2) b. What is the degree of the following polynomial? x+2 z3* +x2K+1z²(v?)*K/2 + 3z2K+1 + 5x2K+1 + 4°K c. Define the polynomial and non-polynomial of algebraic expression. Support your answer by examples for each. 5. Divide the polynomial -x-2x² +3 by (x-K+ 11). Use synthetic division to write your P(x) answer in form of (x-r) R = Q(x) +x-r
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