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What is the coterminal angle of 534?
To find a coterminal angle, you can subtract or add multiples of 360 degrees. For the angle 534 degrees, you can subtract 360 degrees: 534 - 360 = 174 degrees. Therefore, the coterminal angle of 534 degrees is 174 degrees.
Which of the angle is coterminal with -40degrees 320-30?
To find an angle that is coterminal with -40 degrees, you can add or subtract multiples of 360 degrees. In this case, adding 360 degrees gives you 320 degrees, which is coterminal with -40 degrees. Therefore, the angle that is coterminal with -40 degrees is 320 degrees.
What is the greatest negative coterminal angle of 122?
To find the greatest negative coterminal angle of 122 degrees, subtract 360 degrees until the angle is negative. Starting with 122 degrees, subtracting 360 gives -238 degrees. Since -238 degrees is less than -360 degrees, it is the greatest negative coterminal angle for 122 degrees.
What is the coterminal of 41?
To find a coterminal angle for 41 degrees, you can add or subtract multiples of 360 degrees. For example, subtracting 360 degrees gives you a coterminal angle of 41 - 360 = -319 degrees. Alternatively, adding 360 degrees results in 41 + 360 = 401 degrees. Therefore, -319 degrees and 401 degrees are both coterminal with 41 degrees.
What is the positive angle that is less than 360 degrees and coterminal with angle 390 degrees?
To find a positive angle less than 360 degrees that is coterminal with 390 degrees, subtract 360 degrees from 390 degrees. This gives you 390 - 360 = 30 degrees. Therefore, the positive angle that is coterminal with 390 degrees and less than 360 degrees is 30 degrees.
What is the coterminal angle of 534?
To find a coterminal angle, you can subtract or add multiples of 360 degrees. For the angle 534 degrees, you can subtract 360 degrees: 534 - 360 = 174 degrees. Therefore, the coterminal angle of 534 degrees is 174 degrees.
Which of the angle is coterminal with -40degrees 320-30?
To find an angle that is coterminal with -40 degrees, you can add or subtract multiples of 360 degrees. In this case, adding 360 degrees gives you 320 degrees, which is coterminal with -40 degrees. Therefore, the angle that is coterminal with -40 degrees is 320 degrees.
What is the greatest negative coterminal angle of 122?
To find the greatest negative coterminal angle of 122 degrees, subtract 360 degrees until the angle is negative. Starting with 122 degrees, subtracting 360 gives -238 degrees. Since -238 degrees is less than -360 degrees, it is the greatest negative coterminal angle for 122 degrees.
What are the negative coterminal angles of 25 150 and 300?
To find negative coterminal angles, subtract 360 degrees from the given angles. For 25 degrees, the negative coterminal angle is (25 - 360 = -335) degrees. For 150 degrees, it is (150 - 360 = -210) degrees. For 300 degrees, the negative coterminal angle is (300 - 360 = -60) degrees.
What is the coterminal of 41?
To find a coterminal angle for 41 degrees, you can add or subtract multiples of 360 degrees. For example, subtracting 360 degrees gives you a coterminal angle of 41 - 360 = -319 degrees. Alternatively, adding 360 degrees results in 41 + 360 = 401 degrees. Therefore, -319 degrees and 401 degrees are both coterminal with 41 degrees.
What is the positive angle that is less than 360 degrees and coterminal with angle 390 degrees?
To find a positive angle less than 360 degrees that is coterminal with 390 degrees, subtract 360 degrees from 390 degrees. This gives you 390 - 360 = 30 degrees. Therefore, the positive angle that is coterminal with 390 degrees and less than 360 degrees is 30 degrees.
Which measure is of an angle that is coterminal with a 135 angle?
To find an angle that is coterminal with 135 degrees, you can add or subtract multiples of 360 degrees. For example, adding 360 degrees gives you 495 degrees (135 + 360). Alternatively, subtracting 360 degrees results in -225 degrees (135 - 360). Both 495 degrees and -225 degrees are coterminal with 135 degrees.
What is the least positive angle co terminal with A pi divided by 6?
To find the least positive angle coterminal with ( \frac{\pi}{6} ), you can add or subtract multiples of ( 2\pi ). Since ( \frac{\pi}{6} ) is already a positive angle and less than ( 2\pi ), it is the least positive angle coterminal with itself. Therefore, the least positive angle coterminal with ( \frac{\pi}{6} ) is ( \frac{\pi}{6} ).
Why are there an infinite number of angles that are co terminal to a certain angle?
There are an infinite number of angles that are coterminal with a given angle because coterminal angles differ by full rotations. Specifically, for any angle ( \theta ), you can find coterminal angles by adding or subtracting multiples of ( 360^\circ ) (or ( 2\pi ) radians). This means that ( \theta + 360^\circ n ) (where ( n ) is any integer) will always result in an angle that shares the same terminal side as ( \theta ), leading to an infinite set of such angles.
How do you find coterminal angles?
Coterminal angles are angles that are formed at the same vertex.
Coterminal with 3pi2?
To find an angle that is coterminal with ( \frac{3\pi}{2} ), you can add or subtract multiples of ( 2\pi ). For example, ( \frac{3\pi}{2} + 2\pi = \frac{3\pi}{2} + \frac{4\pi}{2} = \frac{7\pi}{2} ) is coterminal with ( \frac{3\pi}{2} ). Similarly, subtracting ( 2\pi ) gives ( \frac{3\pi}{2} - 2\pi = \frac{3\pi}{2} - \frac{4\pi}{2} = -\frac{\pi}{2} ), which is also coterminal.
Find two angles that are Coterminal with 143 degrees?
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