Answer:
ser srfsfsfd esdf esdfes df
Step-by-step explanation:
es dfe sdfsesdfe sdfes sdfes dfe s
Answer:
S'(-16,1) and V'(-1,-23)
Step-by-step explanation:
It is given that SV has coordinates S(-6,1) and V(-1,-7).
We need to find the coordinates of S'V' after a dilation with a scale factor of 3 centered at (-1,1).
If a figure dilated by factor k and center of dilation is (a,b), then
SV dilated by scale factor of 3 centered at (-1,1).
SV has coordinates S(-6,1) and V(-1,-7). The vertices of image are
Therefore, the coordinates of S'V' after a dilation are S'(-16,1) and V'(-1,-23).
(n2+3)(n-1) or B in terms since you need factor each one to see what the eq is
Answer:
63 divided by 7 is 9
56 divided by 7 is 8
Step-by-step explanation:
I don't really know how to explain it, because it's kind of complicated to do it how I answered it. I will try, but what you do is write out the equation using the little line division thing with the divisor and the dividend. First for 63 divided by 7, how many times can 7 go into 6? 0, so put a 0 on top of the 6. Then, minus 6 by 0, which is 6. Then, drop down the 3 in the ones place to where the difference of the subtraction problem is, which of 6. Then, we try to find a product that is 63 or close to 63 in a multiplication problem, and one of those factors has to be 7. 7 x 9 = 63, so put a 9 on top of the 3 at the beginning and minus 63 - 63, which is 0, meaning it has no remainder. Very hard to explain digitally, look up a video for help.
$65=$29+$9
- 29 -29
----------------
36 9x
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9 9
X=4
