Angles in standard position: quadrants, coterminal and reference angles
Grade 11 Math Worksheet - Building Confidence

Circle the best answer, or write your answer on the line.
“Unit circle, not to scale:” Esme's robot turns -130°, clockwise from the positive x-axis. Which angle from 0° to 360° ends at the same place?
“not to scale” Jun turns a game spinner arrow -75° from the positive x-axis. Which angle from 0° to 360° ends at the same place?
Unit circle, not to scale: the turn of -75° drawn clockwise from the positive x-axis; one full turn = 360° is marked. Unit circle, not to scale: the turn of -75° drawn clockwise from the positive x-axis; one full turn = 360° is marked. positive x-axis -75° one full turn = 360° 0° Unit circle Kira marks a dot on a bike wheel at the positive x-axis, then the wheel turns 1000°. Which angle from 0° to 360° ends at the same place?
Unit circle, not to scale: the turn of 1000° drawn counterclockwise from the positive x-axis; one full turn = 360° is marked. Unit circle, not to scale: the turn of 1000° drawn counterclockwise from the positive x-axis; one full turn = 360° is marked. Unit circle positive x-axis −1.5 −1 −0.5 0.5 −1.5 −1 1.5 0 1000° counterclockwise one full turn = 360° Not to scale. Luz's robot spins 940° counterclockwise from the positive x-axis. Which angle from 0° to 360° ends at the same place?
Unit circle, not to scale: the turn of 940° drawn counterclockwise from the positive x-axis; one full turn = 360° is marked. Unit circle, not to scale: the turn of 940° drawn counterclockwise from the positive x-axis; one full turn = 360° is marked. Unit circle positive x-axis −1.5 −1 −0.5 0.5 −1.5 −1 1.5 0 940° counterclockwise one full turn = 360° Not to scale. Axes with the counterclockwise turns 90°, 180°, 270° and 360° marked from the positive x-axis; the quadrants are not labeled. Axes with the counterclockwise turns 90°, 180°, 270° and 360° marked from the positive x-axis; the quadrants are not labeled. 90° 180° 270° 360° Milo turns a spinner arrow 150° counterclockwise from the positive x-axis. In which quadrant does the arrow stop?
- Quadrant IV
- Quadrant III
- Quadrant II
- Quadrant I
Noah's robot turns 300° counterclockwise from the positive x-axis. In which quadrant does the robot face?
Use the picture in question 5.
- Quadrant IV
- Quadrant II
- Quadrant I
- Quadrant III
Pia turns a clock hand -60°, clockwise from the positive x-axis. In which quadrant does the hand stop?
Use the picture in question 5.
- Quadrant IV
- Quadrant II
- Quadrant III
- Quadrant I
Ren turns a spinner arrow -210° from the positive x-axis. In which quadrant does the arrow stop?
Use the picture in question 5.
- Quadrant IV
- Quadrant III
- Quadrant I
- Quadrant II
Unit circle, not to scale. Esme turns a spinner arrow 290° from the positive x-axis. What is the reference angle of the turn?
Unit circle, not to scale: the turn of 290° ends in Quadrant IV; the nearest x-axis, at 360°, is drawn thick. Unit circle, not to scale: the turn of 290° ends in Quadrant IV; the nearest x-axis, at 360°, is drawn thick. 360° 290° Quadrant IV x-axis Jun draws a turn of 255° on a unit circle worksheet. What is its reference angle?
Unit circle, not to scale: the turn of 255° ends in Quadrant III; the nearest x-axis, at 180°, is drawn thick. Unit circle, not to scale: the turn of 255° ends in Quadrant III; the nearest x-axis, at 180°, is drawn thick. 255° 180° Quadrant III unit circle x-axis