when the solutions to each of the two equations below are graphed in the xy-coordinate plane, the graphs intersect at two places. Write the y-coordinates of the points of intersection in the boxes below in order from smallest to largest y=2x y+x^2 - 3
Answer:
Intersection points (1,2) and (-3,-6)
The y-coordinates of the points of intersection from smallest to largest is -6 to 2.
Step-by-step explanation:
Given : A system of equations and
To find : Write the y-coordinates of the points of intersection?
Solution :
Let,
and
Now, we plot these two equations.
The graph of is shown with red line.
The graph of is shown with blue line.
The solution to this system will be their intersection point.
The intersection points of these graph are (1,2) and (-3,-6).
Refer the attached graph below.
Therefore, The y-coordinates of the points of intersection from smallest to largest is -6 to 2.
b.4/5
c.4/15
d.7/15
Alright ill try to make this simple,
First lets Do the Equation 3/5 x 4/9 = 12/45
Now Let's Simplify 12/45 Simplified is 4/15
Your answer would be C. 4/15
7,000
B.
700
C.
70
D.
7
Answer:
C.70 hope this helped
Step-by-step explanation:
5 1/5 from least to greatest?
Answer:
5 1/5, 5.35, 5.7, 5.82
Step-by-step explanation:
5 1/5 = 5.20
5.35 = 5.35
5.7 = 5.70
5.82 = 5.82
Answer:
A or 5 1/5, 5.35, 5.7, 5.82
Step-by-step explanation:
Answer:
No,because (6,4) is on the line.
Step-by-step explanation:
We are given that an inequality equation
We have to find that the ordered pair (6,4) is a solution of given inequality or not.
Substitute x=6
The value of y is greater than 4 not equal to 4.
Therefore, (6,4) is not a solution of given inequality.
No,because (6,4) is on the line.
Answer:
(6,4) is not a solution of y > -x/2 + 7 because (6,4) is on the line
The answer is D.
Hope this helps!