Solve the linear system of equations. -59x - 2y 2х — Зу %3D-89 1 Step 1 of 3 Determine the appropriate constant to multiply by. Your goal is to solve the system using the elimination method. The coefficients of x have opposite signs. The least common multiple, or LCM, of the coefficients, 2 and -59, is 118. Multiply each equation by the number that will make the coefficients -118 and 118. -59x – 2y = 2х — Зу %3 —89 1 2(-59x – 2y) = (No Response) 2 (1) 59(2x – 3y) = (No Response) 59 (-89) -118x – |(No Response) y = 2 118x – (No Response) 177 y = -5,251 Step 2 of 3 The system from Step 1 has a variable with opposite coefficients. Add the equations and solve for the other variable. Add the equations to eliminate x. Then use the division property of equality to solve for y. -118x 4y = 2 118x - 177y = -5,251 -181y = y =
Solve the linear system of equations. -59x - 2y 2х — Зу %3D-89 1 Step 1 of 3 Determine the appropriate constant to multiply by. Your goal is to solve the system using the elimination method. The coefficients of x have opposite signs. The least common multiple, or LCM, of the coefficients, 2 and -59, is 118. Multiply each equation by the number that will make the coefficients -118 and 118. -59x – 2y = 2х — Зу %3 —89 1 2(-59x – 2y) = (No Response) 2 (1) 59(2x – 3y) = (No Response) 59 (-89) -118x – |(No Response) y = 2 118x – (No Response) 177 y = -5,251 Step 2 of 3 The system from Step 1 has a variable with opposite coefficients. Add the equations and solve for the other variable. Add the equations to eliminate x. Then use the division property of equality to solve for y. -118x 4y = 2 118x - 177y = -5,251 -181y = y =
Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
Related questions
Question
![Solve the linear system of equations.
-59x
2y =
1
2х — Зу
-89
Step 1 of 3
Determine the appropriate constant to multiply by. Your goal is to solve the system using the elimination
method.
The coefficients of x have opposite signs. The least common multiple, or LCM, of the coefficients, 2 and -59,
is 118. Multiply each equation by the number that will make the coefficients -118 and 118.
- 2y
Зу
-59x
1
2x
-89
2(-59х — 2y)
(No Response) 2 (1)
%D
59(2x – 3y) = (No Response)
59 (-89)
-118x
|(No Response)
4| y = 2
118x - (No Response)
177 y =
-5,251
Step 2 of 3
The system from Step 1 has a variable with opposite coefficients. Add the equations and solve for the other
variable.
Add the equations to eliminate x. Then use the division property of equality to solve for y.
-118x
4y
118x
177y
-5,251
%D
-181y
y =](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3c69c300-2450-4b46-97af-8596007e11b9%2Fe7eb8e26-190e-491d-8187-abdbaa974ab1%2F6rd4giq_processed.png&w=3840&q=75)
Transcribed Image Text:Solve the linear system of equations.
-59x
2y =
1
2х — Зу
-89
Step 1 of 3
Determine the appropriate constant to multiply by. Your goal is to solve the system using the elimination
method.
The coefficients of x have opposite signs. The least common multiple, or LCM, of the coefficients, 2 and -59,
is 118. Multiply each equation by the number that will make the coefficients -118 and 118.
- 2y
Зу
-59x
1
2x
-89
2(-59х — 2y)
(No Response) 2 (1)
%D
59(2x – 3y) = (No Response)
59 (-89)
-118x
|(No Response)
4| y = 2
118x - (No Response)
177 y =
-5,251
Step 2 of 3
The system from Step 1 has a variable with opposite coefficients. Add the equations and solve for the other
variable.
Add the equations to eliminate x. Then use the division property of equality to solve for y.
-118x
4y
118x
177y
-5,251
%D
-181y
y =
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