Answer:
The coordinates of the image point will be [-(h + 6), k].
Step-by-step explanation:
Let the original point U has the coordinates (h,k).
Now, if point U reflects across the line x = - 3 line, which is parallel to the y-axis, then the only x-coordinate of the image point change but the y-coordinate will remains the same.
Now, the distance from line x = - 3 to the point U is (3 + h).
Hence, the distance of the image point is (3 + h) horizontally from the line x = - 3.
So, the distance of the image point from the y-axis will be [(h + 3) + 3] = h + 6
Therefore, the coordinates of the image point will be [-(h + 6), k]. (Answer)
A. Find this using the combining of like terms. Each term stands alone with the exception of the singular terms at the end, which need to be combined
You are simply just plugging in a number value for a variable to be able to solve the equation.
20 would be 20% of 100.
Just like 67.67 would be 67.67% of 100.
:)
Answer:
Remote interior angle
Step-by-step explanation:
<Y is a remote (non-adjacent) interior angle for <w.
