The coordinates of U after the reflection are: (-5, -3)
<h3>
How to get the coordinates after the reflection?</h3>
By looking at the graph, we can see that the coordinates of point U are:
U = (-1, -3)
And we want to reflect it across the line x = -3.
Notice that because this is a vertical line, the y-component does not change by the reflection. Only changes the x-component, such that the distance between the original coordinates and the final coordinates to the line don't change.
The original x-component is x = -1, the distance to the line is:
d = |-3 - (-1)| = 2 units.
Then the new x-component will also be at 2 units of the line, but in the other direction:
new x-component: x = -3 - 2 = -5
The coordinates of U after the reflection are:
(-5, -3)
If you want to learn more about reflections:
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Answer:
y = 1/2x - 4
Step-by-step explanation:
y - (-2) = 1/2(x - 4)
y + 2 = 1/2x - 2
y = 1/2x - 4
All the names for the mathematical statement given as pi over 2 are π/2 rad and 90 degrees
<h3>How to determine all the names for pi over 2?</h3>
The mathematical statement is given as:
All names for pi over 2
Rewrite the mathematical statement as follows:
All names for pi/2
This can further be rewritten as:
All names for π/2
In the measurements of angles.
The value of π is 180 degrees
So, we have
π/2 = 180 degrees/2
Evaluate the quotient
π/2 = 90 degrees
Hence, all the names for the mathematical statement given as pi over 2 are π/2 rad and 90 degrees
Read more about radian angles at:
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Answer:
No it's not. 6 to the 2nd power + 8 to the 2nd power ≠ 12 to the 2nd power
Step-by-step explanation:
If you square the shorter lengths and add them together, they add up to one hundred
6^2 + 8^2 --> 38 + 64 = 100
Once you square 12 it equals 144
144 does not equal 100. There for it can't be a right triangle. To be a right triangle, it has to have a ratio pf 3: 4: 5.
Ex: 6: 8: 10, 12: 16: 20, etc.
Hope this helps!
Answer:
you are absolutely correct .........
