The GCF is 45.
The statement of the problem is equivalent to sin x = - cos x. This is true for x = 135 degrees and x = -45 degrees, and also for (135 + 180n) degrees, where n is any integer.
Since the integer part is the same (zero vs. zero), compare the FIRST decimal digit. The number with the larger decimal digit is the larger number.
Absolute value of -135 is 135.
135
135 is an integer, not a fraction. So the answer is 135 degrees.
It is: 135
Yes, but you wont get an integer. 120 and 135 are divisible to an integer.
00135 is the integer 135 which is not a fraction.
Numbers such as 135, 270, 405, and other multiples of 135.
The first ten positive integer multiples of 135 are: 1 x 135 = 135 2 x 135 = 270 3 x 135 = 405 4 x 135 = 540 5 x 135 = 675 6 x 135 = 810 7 x 135 = 945 8 x 135 = 1080 9 x 135 = 1215 10 x 135 = 1350
Since the numbers 64 and 135 share no common positive integer factor other than 1, the proper fraction 64/135 is already expressed in its simplest form.
The GCF is 45.
It is 45 + 360*k deg or 135 + 360*k degrees where k is an integer.
The positive integer factors of 405 are: 1, 3, 5, 9, 15, 27, 45, 81, 135, 405
The statement of the problem is equivalent to sin x = - cos x. This is true for x = 135 degrees and x = -45 degrees, and also for (135 + 180n) degrees, where n is any integer.
There are no integer multiples of 7 between 135 and 139: 19 x 7 = 133, while 20 x 7 = 140.