1. Draw and label angles, with the positive a-axis as the starting ray for each angle, measuring , 2n in the counterclockwise direction. Four of these angles, one in each quadrant, 12 6 4*. have been drawn for you. There should be a total of 24 angles labeled when you are finished, including those that line up with the axes. Be prepared to share any strategies you used to make the angles. 2. Label the points, where the rays meet the unit circle, for which you know the exact coordinate values.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Here is a circle of radius 1 with some radii drawn.
YA
13m
12
5m
Transcribed Image Text:Here is a circle of radius 1 with some radii drawn. YA 13m 12 5m
1. Draw and label angles, with the positive a-axis as the starting ray for each angle, measuring
2n in the counterclockwise direction. Four of these angles, one in each quadrant,
12
....
have been drawn for you. There should be a total of 24 angles labeled when you are finished,
including those that line up with the axes. Be prepared to share any strategies you used to make
the angles.
2. Label the points, where the rays meet the unit circle, for which you know the exact coordinate
values.
Transcribed Image Text:1. Draw and label angles, with the positive a-axis as the starting ray for each angle, measuring 2n in the counterclockwise direction. Four of these angles, one in each quadrant, 12 .... have been drawn for you. There should be a total of 24 angles labeled when you are finished, including those that line up with the axes. Be prepared to share any strategies you used to make the angles. 2. Label the points, where the rays meet the unit circle, for which you know the exact coordinate values.
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