x+y%3D2 x + 2y = 11 3z + 3y = 6 2x + 4y = 22 Two systems of equations are shown. Which TWO of the following statements each provide sufficient reasoning to show that the systems have the same solution? A The two equations in the second system are multiples of the two equations in the first system. B The two constant terms in the second system are multiples of the two equations in the first system. The graphs of the equations in the first system coincide with the graphs of the equations in the second system. The slopes of the graphs of the equations in the first system are equivalent to the slopes of the graphs of the equations in the second system. The z-intercepts of the graphs of the equations in the first system coincide with the z-intercepts of the graphs of the equations in the second system.

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,...
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Sa+y%3D 2
1e+2y = 11
( 3x +3y = 6
2x + 4y = 22
Two systems of equations are shown. Which TWO of the following statements each provide sufficient reasoning to show that the systems have the same solution?
A
The two equations in the second system are multiples of the two equations in the first system.
B
The two constant terms in the second system are multiples of the two equations in the first system.
C
The graphs of the equations in the first system coincide with the graphs of the equations in the second system.
D
The slopes of the graphs of the equations in the first system are equivalent to the slopes of the graphs of the equations in the second system.
E
The z-intercepts of the graphs of the equations in the first system coincide with the z-intercepts of the graphs of the equations in the second system.
Transcribed Image Text:Sa+y%3D 2 1e+2y = 11 ( 3x +3y = 6 2x + 4y = 22 Two systems of equations are shown. Which TWO of the following statements each provide sufficient reasoning to show that the systems have the same solution? A The two equations in the second system are multiples of the two equations in the first system. B The two constant terms in the second system are multiples of the two equations in the first system. C The graphs of the equations in the first system coincide with the graphs of the equations in the second system. D The slopes of the graphs of the equations in the first system are equivalent to the slopes of the graphs of the equations in the second system. E The z-intercepts of the graphs of the equations in the first system coincide with the z-intercepts of the graphs of the equations in the second system.
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