Answer:
No solutions
Step-by-step explanation:
I'm pretty sure the answer to A would be this: the common point that satisfies both equations (where they intersect) can be shown AS 4^(-x) = 8^(-x-1).
The answer to B is forming a table. This is quite easier than you think :D.
Start with x on one side (3) and go all the way down to -3 like this:
(x) 4^-x 8^-x-1
-3 64 (Do the same with this)
-2 16
-1 4
0 1
1 1/4
2 .0625
3 .015625
So basically you just fill in the x variable with every number between 3 and -3. After that, it's just a bit of math and you've done it!
C is a bit misguided. I think it would be quite simple to just use a graphing calculator, but you would have to actually input all the x and y values from the table. After that, you will have a graph.
I hope I helped! Good luck and good day!
Answer:
D sorry if wrong
Step-by-step explanation:
22 white and 32 blue since 8 times 4 is 32 and 54 minus 32 is 22.
Answer:
right now points A (-10, 2) B (-2, 14) C (-2, 2)
1. A' (10, 2) b' (2, 14) c' (2, 2)
2.A' (5, 1) b' (1, 7) c' (1, 1)
3. A' (-5, -1) b' (-1,-7) c' (-1,-1)
4. A' (2, 10) b' (6, 4) c' (6, 10)
5. none because it was dilated in question 2
6.all of them
<h2>
Step-by-step explanation:</h2>
reflecting over y axis
(x, y) → (-x,y)
reflecting over x axis
(x, y) → (x, -y)
y=x
(x, y) →(y,x)
y=-x
(x, y) →(-y, -x)
dilation
Dilations involve multiplication
180 degrees counterclock wise
(x, y) → (-x, -y)
moving 7 right and 11 down
x+7
y-11
right=adding to x
left=subtracting from x
up=adding to y
down=subtracting from y
