The answer is A(-7, 2).
To solve this problem, first convert the given points into vectors and then apply the given transformations.
The vector for point T is (8, -5). After the half turn, the vector becomes (-5, -8).
The vector for point W is (-2, -7). After a 90 degree clockwise rotation, the vector becomes (7, -2).
The vector for point R is (6, -3). After a 90 degree counter-clockwise rotation, the vector becomes (-3, 6).
Finally, the vector for point B is (-2, 7). After a 90 degree counter-clockwise rotation, the vector becomes (-7, 2).
Therefore, the answer is A(-7, 2).
In degrees? If so then a full circle is 360 degrees, so a half circle is 180 degrees.
A circle is 360 degrees, so half that is 180.
180 degrees
Half a degree!
900 degrees
well, there are 360 degrees in a circle, so if you were to take half of it, the degrees in a semicircle, half of a circle, would be 180 degrees. So the answer is 180 degrees.
360 degrees in a circle, so 180 degrees in a half turn.
In degrees? If so then a full circle is 360 degrees, so a half circle is 180 degrees.
a right-angle is 90 degrees so half that 45 degrees your answer is 45 degrees
half past four is 30 degrees
22.5 degrees
A circle is 360 degrees, so half that is 180.
360 degrees One half turn =180 degrees 180+180=360
180 degrees because a full rotation is 360 degrees, if you take half of 360 you get 180 :)
It is 90 degrees
180 degrees
180 degrees a half of a revolution is a semi circle protractor