Answer:
The coordinates of the image are
W'(2,-4)
X'(3,-6)
Y'(6,0)
Z'(5,-2)
Step-by-step explanation:
we know that
The translation is 8 units right and 3 units down
so
The rule of the translation is
(x,y) ----> (x+8,y-3)
Apply the rule of the translation to the coordinates of the pre-image WXYZ to obtain the coordinates of the image W'X'Y'Z'
coordinate W'
W(-6, -1) ----> W'(-6+8,-1-3)
W(-6, -1) ----> W'(2,-4)
coordinate X'
X(-5, -3) ----> X'(-5+8,-3-3)
X(-5, -3) ----> X'(3,-6)
coordinate Y'
Y(-2, 3) ----> Y'(-2+8,3-3)
Y(-2, 3) ----> Y'(6,0)
coordinate Z'
Z(-3, 1) ----> Z'(-3+8,1-3)
Z(-3, 1) ----> Z'(5,-2)
therefore
The coordinates of the image are
W'(2,-4)
X'(3,-6)
Y'(6,0)
Z'(5,-2)
12 would be considered a natural number, whole number, and an integer
Hope this helped
Hello!
So 1 meter is 3 feet. So if we have 5 meters, we then multiply 5×3 and your answer will be 15 feet.
I hope it helps!
Answer:
y-5x-7=0
Step-by-step explanation:
m = -2-3/1-2
m=5
y-y1 = m(x-x1)
y-2=5(x+3)
y-2=5x +5
y-5x-7=0
Ooh so the directions tell us what we need to find the entire line, which is made up of FH. so just add GH (15) and FG (6) together to find FH. so that is 21. FH=21.
