A. Decide if the ordered pair is/is not a solution to the system. 1. (2,6); (3x - 2y = -4 (5x + y = 15 2. (4,-3); (3x - 4y = 24 (y=-x+3 B. Describe each system without graphing. State the number of solutions 1. (2x-3y = 5 (3y=2x-7 6x + 3 2. {2x=y=-11 3. S 6x + y = 3 (2x - y =-11 C. Determine the solution set of the given systems of equations. 1. (4x - 2y = 8 (2x = y + 4 { y = - ²/x +3 2. (3x - 4y = 24 3. 3x + y = 7 - 3x + 9
A. Decide if the ordered pair is/is not a solution to the system. 1. (2,6); (3x - 2y = -4 (5x + y = 15 2. (4,-3); (3x - 4y = 24 (y=-x+3 B. Describe each system without graphing. State the number of solutions 1. (2x-3y = 5 (3y=2x-7 6x + 3 2. {2x=y=-11 3. S 6x + y = 3 (2x - y =-11 C. Determine the solution set of the given systems of equations. 1. (4x - 2y = 8 (2x = y + 4 { y = - ²/x +3 2. (3x - 4y = 24 3. 3x + y = 7 - 3x + 9
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:A. Decide if the ordered pair is/is not a solution to the system.
1. (2,6);
(3x - 2y =-4
5x + y = 15
(3x - 4y = 24
2. (4,-3);
=-
-²x+3
B.
Describe each system without graphing. State the number of
solutions
1.
(2x - 3y = 5
(3y = 2x - 7
2.
( 6x + y = 3
(2x - y =-11
3.
6x + y = 3
(2x - y =-11
C.
Determine the solution set of the given systems of equations.
(4x - 2y = 8
2x = y + 4
1.
2.
{ y = - ²x + 3
(3x - 4y = 24
3.
(3x + y = 7
y=-3x+9
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