What is the apparent solution to the system of equations? y=12x+2y=2x−1 graph the system of equations using the line tool. plot a point at the apparent solution to the system using the point tool.

The apparent solution for the given equation is, (-0.3, -1.6)

Step-by-step explanation:

Given the system of equation:

y = 12x + 2   and

y = 2x -1

Table for the equation y =12x +2;

x               y

-0.3         -1.6

-1/6           0      

0               2

1                14

then, the points for this equations are: (-0.3, -1.6), (-1/6, 0), (0, 2) and (1, 14).

Also, table for the equation y = 2x -1 ;

x                y

-0.3          -1.6 

0               -1

1                1

2               3

Then, the points for this equations are: (-0.3, -1.6), (0, -1), (1,1)and (2, 3)

Using Point tool , we plot these points of the given system of equation on the Cartesian plane.

As, you can see the graph as shown below in the attachment.

Also, the two lines intersects at (-0.3, -1.6)      

Therefore, the apparent solution for the given system of equation is; (-0.3, -1.6)

investment b is an ordinary annuity with $3,909.64 in the account after one year.

step-by-step explanation:

answer: a

step-by-step explanation: the answer is a due to the rule of symmetry; that a line of symmetry must divide a figure into 2 pieces that are the exact same, only reflected over a line of symmetry. b and c do not have lines of symmetry and would not divide the figure evenly, thus making the answer a.