Answer:
Option C that is the right choice.
Step-by-step explanation:
Given,
A rectangle with the measures of its diagonal DF and EG.
Measure of diagonal DF =
Measure of diagonal EG =
Note:Diagonal length of the rectangle are same.
So DF = EG
Subtracting and adding on both sides.
We have,
Dividing 4 both sides.
So the value of is .
Now plugging the value of ,we will find the numeric value of DF and EG.
DF =
EG=
Both are equal DF = EG.
So x= and the length of diagonals are equal, DF = EG = unit.
The equation for the given relation is a quadratic equation:
<h3>
How to write an equation for the given relation?</h3>
Here we have the relation:
D = {(x, y); (3, 9), (5, 25), (-2, 4), ...}
Notice that for each coordinate point, we can see that the output is equal to the square of the input:
Then the equation is just:
If you want to learn more about quadratic equations:
brainly.com/question/1214333
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Question please I can’t see 1
As stated by the statement, isometric means same measure. So, when a rigid transformation occurs all the measures of the original figure (which will be transformed) will be the same of the new figure (the result of the transformation).
That means that you can verify that the transformation used was rigid by checking the measures of both (original and transformed) figures: if and only if the meausures of the final figure are the same of the original figure the transformation was rigid.
8, 11, 12, 13, 16, 42
Add together and divide by 6 to get the mean.
102/6 = 17
Find the middle of the data for the median.
(12 + 13)/2 = 12.5
The mean is 17, the median is 12.5, and the mean is more affected by the outlier. 17 (the mean) is not a good measure of center.