The first second and third
Answer:
Correct answer is:
b) (-5, -3)
Step-by-step explanation:
Given that area of square is <em>36 </em>and one sides lies along the line <em>y = 3</em>
<em>To find:</em>
Possible location of a vertex can be = ? Answer to be chosen from the options:
a) (9, 4)
b) (-5, -3)
c) (6, 5)
d) (3, 6)
<u>Solution:</u>
First of all, let us try to find the side of square.
Now, given that one side lies on the line y = 3 that means 2 of its coordinates will have their y - coordinates as 3.
Now, we know that all the angles of a square are .
So, coordinates of adjacent vertices will have a change in only x value or either y value.
Therefore, we can say that The other two coordinates of the square will have the y coordinates the value either 3 + 6 = 9 or 3 -6 = -3
One such possible square is attached in the answer area.
possible location of the one of the vertex is:
<em>b) (-5, -3)</em>
X= -10
first you distribute the -2 throughout (x+6) which then becomes, -2x -12
After you’ve done that plug it in the equation, the equation should be, x-3-2x-12=-5
Now combine like terms. After it should look like, -x - 15 = -5, Add 15 to both side. It should be, -x = 10
Finally divide by -1 on both sides and that should give you x= -10
sorry that was a long explanation
Answer:
8
Step-by-step explanation:
hope this was helpful! ^^
Answer:233
Step-by-step explanation:cause i said so