Answer:
The answer would be -x/3x^6
Step-by-step explanation:
The first step that you should take is apply the fraction rule.
That would make it -1/3/x^6
Then apply the fraction rule again.
That would make it. 1/3/-x^6
Then apply the last fraction rule.
That would make it -1/3x^6
If m∠F=40° then m∠D=40°
m∠F, m∠D and m∠G have to be 180° together in order to form a triangle
So m∠G = 180° - 2×40° = 100°
One line is cutting m∠G in half and we get m∠EGF and m∠EGD
We want to know how much m∠EGF is so...
m∠EGF=100°÷2=50°
Now we have m∠F which we can name m∠EFG and we have m∠EGF
Together with m∠FEG they form a triangle so that means together they have the value of 180°
m∠FEG=180°-40°-50°=90°
And because you have parralel lines m∠FEG=m∠CBE
And m∠ABE=180°-m∠CBE=90°
That is if I understand this correctly
5 7
7 4
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The values gotten for the coordinate plane are;
- The distance between the x-coordinate of R and T is 3.
- The distance between the y-coordinate of R and T is 6.
- R' is (-1, 2) from T, so the coordinates of R' are (2, 0).
<h3>Why the above values?</h3>
The Reason for the obtained value is that since thee rule for the dilation of ΔRST is:
- The vertices of the given triangle are R(0, 4), S(0, -2), T(3, -2)
Then, the distance that exist between the x-coordinate of R and T will be:
3 - 0
= 3
Then the distance between the y-coordinate of R and T will be:
4 - (-2)
= 6
Note that the location of the point R' is said to be relative to point T and as such:
The location of point R'
= (-1 + 3, 2 - 2)
= R'(2, 0)
Hence R' is (-1, 2) from T, and the coordinates of R' is (2, 0)
Therefore, The values gotten for the coordinate plane are;
- The distance between the x-coordinate of R and T is 3.
- The distance between the y-coordinate of R and T is 6.
- R' is (-1, 2) from T, so the coordinates of R' are (2, 0).
Learn more about coordinate plane from
brainly.com/question/10633154
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