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What angles are coterminal with 30 degrees?
Any angle can be coterminal.
What angle is coterminal with 30 degrees?
An angle that is coterminal with 30 degrees can be found by adding or subtracting multiples of 360 degrees. In this case, an angle coterminal with 30 degrees could be 390 degrees (30 + 360) or -330 degrees (30 - 360). Coterminal angles have the same initial and terminal sides, but may differ in number of rotations around the unit circle.
What is the coterminal angle of 11 Pi divided by 3?
3.6667
What is the angle that is coterminal to 385 degrees and lies between 0 degree and 360 degrees?
25 degrees.
How do you find the angles in a decahedron?
Measure them!
What angles are coterminal with 30 degrees?
Any angle can be coterminal.
What are coterminal angles?
Coterminal Angles are two angles in standard position with the same terminal side.
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 do you call angles in the same location?
Coterminal angles.
Find two angles that are Coterminal with 143 degrees?
mga bobo..walang sagot
Which of these angles is coterminal with 30degrees?
-330ô
What are two angles that are coterminal with the given angle -206?
The two angles that are coterminal with 206 degrees are 12 degrees and 30 degrees.
Which two angles are coterminal 10 80 370?
Any angles can be coterminal. 10 and 370 - IF MEASURED IN DEGREES - are effectively identical.
Which of these angles is coterminal with 32?
-5pi/2
Which angles is coterminal with 915?
195 degrees.
Three positive coterminal angles with 45 degrees?
the coterminal side of 45 degree is -315 degree
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.
