In figure 1 there are 7 squares, in figure 2 there are 10 squares, figure 3 there are 13 squares. in each figure you are just adding 3. (try to find the patterns.) The equation representing the figures is x+3=y.
3.141592653
Also written as 22/7 as a fraction
Answer: The graph is attached.
Step-by-step explanation:
By definition, the line intersects the y-axis when
.
Then, in order to find the y-intercept, substitute
into the equation and solve for "y":

By definition, the line intersects the x-axis when
.
Then, in order to find the x-intercept, you can substitute
into the equation and then you must solve for "x". Then you get:

Knowing that the line passes through the points
and
, you can graph it (The graph is attached).
Answer:
Step-by-step explanation:
if you multiply 2 to both sides, 2(3x+2y)=2*3, having 6x+4y=6
thus, the two equations are same (consistent), having infinite number of solutions (dependent).
3.

Since you know that you can easily split 4 to get to 2, just split the top as well.
4.

Since you could divide the top by the bottom since numbers already have a denominator of 1.
5.
Then multiply by 10.

Tell me if this helps!!!