Answer:
yeah
Step-by-step explanation:
wrong subject dude
things go wrong sometimes
you lost 46 points

15 each for a child I think hope it helped :) :D
Since x = y + 2
so
y + 2 + 4y = 7
5y + 2 = 7
5y = 7-2
5y = 5
y = 1
x= y + 2
x = (1) + 2
x = 3
(x,y) = (3,1)
As shown in the figure below the answer is the last option:

The roots of the polynomial in the denominator are:


So, the inequality can be written as follows:

From this inequality we can study the signs and get the same conclusion just as shows the graph.
Answer:

Step-by-step explanation:
