The complement of a 32-degree angle is a 58-degree angle. Complementary angles add up to 90 degrees.
They are two angles. How they interact depends on details of their location.
180-105-32 = 43 The third angle measures 43 degrees
3:32 and 43 seconds
4X - 25, where X=32 4x 32 -25 =103 we know that sum of two supplementary angles is 180 degree so the supplement of 4X -25 = 180 - 103 = 77 degree
cot 32° = 1/(tan 32°) = 1/(0.6249) = 1.6003
cot(32 deg) = 1.6003, approx.
.835807361
.105
the cotangent of a 50 degree angle is -3.678 This is in Radians. The cotangent of a 50 degree angle is .8391 (rounded) degrees.
a 30-degree angle .
cot(69) = 0.3839, approx.
The supplement of an angle is the angle that, when added to the original angle, equals 180 degrees. In this case, the supplement of a 148-degree angle would be 180 degrees minus 148 degrees, which equals 32 degrees. So, the supplement of a 148-degree angle is a 32-degree angle.
The complement of a 32-degree angle is a 58-degree angle. Complementary angles add up to 90 degrees.
It is about a third of a right angle.
cot(x) = 15/12 X = cot -1(15/12) In degree mode. X = 46o ======
The trig identaty of cot(x) is cos(x)/sin(x) so then if we want to evaluate cot (68) deg. we just plug into the identady. so cos(68)/sin(68)=.404