Options :
A.The graph will be a dashed line with a y-intercept of negative eight and a slope of three. The graph will be shaded below the line
B.The graph will be a solid line with a y-intercept of three and a slope of negative eight. The graph will be shaded above the line.
C. The graph will be a solid line with a y-intercept of three and a slope of negative eight. The graph will be shaded below the line.
D.The graph will be a dashed line with a y-intercept of negative eight and a slope of three. The graph will be shaded above the line
Answer:
D.The graph will be a dashed line with a y-intercept of negative eight and a slope of three. The graph will be shaded above the line
Step-by-step explanation:
The equation y > 3x – 8
Interpreting as a linear relation :
y > ax + b
Where, a = slope ; b = intercept
a = 3 ; that is a slope value of 3
b = -8 ; that is an intercept value of - 8
Since the inequality is >, a dashed line is used (dashed like is used for > and <) ; since we a have a greater than sign, the graph will be shaded above the dashed line.
Answer:
Step-by-step explanation:
To solve, we need to take square root of both sides first:
Now we use the property of radical shown below to simplify square root of 28:
Property: 
Now, we have:
Now we take 4 to the other side and isolate x:
first answer choice is right.
Answer:
Step-by-step explanation:
The system of linear equations that Beatrice wanted to solve by the method of elimination is expressed as
4x − 3y = 9 - - - - - - - - -1
3x + 2y = 11 - - - - - - - - - - 2
In order to eliminate the x- terms, Beatrice could multiply the first equation by 3 and the second equation by - 4 and add the first equation to the second equation. This would make the x terms to be equal. The x terms in the first and second equations becomes 12x and - 12x
Try this:
this sequence can be created using the following algorithm:
6+5=11
11-6=5+5=10 (+5 and -6)
Finally: 6 11 5 10.
