No. Tan(x) represents the value of sin(x)/cos(x). While sin(x) and cos(x) are always less than one, the value of tan(x) ranges from -infinity to infinity. If you've learned the unit circle, remember that tan(x) represents the slope of the line connecting the origin to any point on the circle. This line ranges from horizontal to vertical, so, clearly, tan(x) can be greater than 1.
The sine and the cosine are always less than one.
If you look at the definition of the sine function in a triangle, you'll discover that the maximum possible value of the sine function is ' 1 ' and the minimum possible value is ' -1 '. There's no angle that can have a sine greater than ' 1 ' or less than ' -1 '. So the absolute value of the sine of anything is always ' 1 ' or less.
A Mersenne number is one less than a positive power of two. Since the positive power of two is always even, one less than that is always odd.
not always.. take .0001 and 1.1, the product is less than 1.
less. One hundred and something is always less than three hundred and something.
The - before the 1 represents it is less, so the -1 will always be less than a, since the - is before the one, and so that means the 1 is less than a.
Pretend that a stands for the number of apples you have. If you take one apple away from the number of apples you have, you will always end up with one less apple.
The sine and the cosine are always less than one.
0.441 of something is always less than a whole one. In fact, it's always 55.9 percent less than a whole one.
That is true.
... less than the original fraction.
If you look at the definition of the sine function in a triangle, you'll discover that the maximum possible value of the sine function is ' 1 ' and the minimum possible value is ' -1 '. There's no angle that can have a sine greater than ' 1 ' or less than ' -1 '. So the absolute value of the sine of anything is always ' 1 ' or less.
1/2 is less than one.
Any fraction where the numerator is less than the denominator your value is less than one.
A Mersenne number is one less than a positive power of two. Since the positive power of two is always even, one less than that is always odd.
not always.. take .0001 and 1.1, the product is less than 1.
less. One hundred and something is always less than three hundred and something.