Answer:
i watched it
Step-by-step explanation:
Answer:
64
Step-by-step explanation:
12+4=16
12+4=16
12+4=16
12+4=16
16 x 4 = 64
the coordinates of the vertices of D2(WXYZ) are;
W' ( 2, 3)
X' ( 3, -1)
Y' ( -2, -2)
Z'(−1, −2)
<h3>How to determine the coordinates</h3>
It is important to note that the general formula for finding the transformation of the coordinates is;
M ( h, k) = M' ( k, -h)
Where
- h is the first coordinates
- k is the second coordinates
For the quadrilateral WXYZ we have to find the transformed coordinates
For W, we have
W(−3, 2)
h = -3
k = 2
Substitute the values
W' ( 2, 3)
For X,
X(1, 3)
h = 1
k = 3
Substitute the values
X' ( 3, -1)
For Y
Y(2, −2)
h = 2
k = -2
Substitute the values
Y' ( -2, -2)
For Z
Z(−1, −2)
h = -1
k = -2
Z'(−1, −2)
Thus, the coordinates of the vertices of D2(WXYZ) are;
W' ( 2, 3)
X' ( 3, -1)
Y' ( -2, -2)
Z'(−1, −2)
Learn more about transformation here:
brainly.com/question/4289712
#SPJ1
The answer is the first one.
Explanation:
X^3 stays the same because there are no other cubed numbers in the problem
Next you combine the x^2s
The x^2s are +3x^2 and +2x^2
Since they are both positive, you add them: 3x^2 + 2x^2 = 5x^2
Next you do the x values
-x and +6x, also known as 6x - x = 5x
Lastly, you just add in the -2 and get:
X^3 + 5x^2 + 5x - 2
Squared? Is that what you're looking for?