(pi) itself is an irrational number. The only multiples of it that can be rational are (pi) x (a rational number/pi) .
The first 50 multiples of 6 are the first fifty even multiples of 3.
2, 4, 6 All even numbers have even multiples.
The multiples of all odd numbers are odd and even. Odd x odd = odd. Odd x even = even. Since odd and even numbers alternate, the multiples will alternate as well.
Because it's not even. Multiples of 6 have to also be multiples of two, that is, even numbers.
all multiples of pi. pi, 2 pi, - pi, -2 pi and so on...
A "zero of a function" is a point where the dependent value (usually, Y) is zero. In the function f(x) = x2 - 2, for example, there are zeroes at -1.414 and +1.414.The zeroes of the sine function are at all integer multiples of pi, i.e. 0, pi, 2pi, 3pi, etc. The zeroes of the cosine function are at the same points plus pi/2, i.e. pi/2, 3pi/2, 5pi/2, etc.Another way to look at this is that the zeroes of sine are the even multiples of pi/2, and the zeros of cosine are the odd multiples of pi/2.
(pi) itself is an irrational number. The only multiples of it that can be rational are (pi) x (a rational number/pi) .
Any set that does not contain the number 1. For example, even integers, multiples of 3, or 4, or 5, ... (0, 1) {1/2, 2/3, 3/4, 4/5, ...} {pi, pi2, pi3, ... }
Yes, All multiples of an even number are themselves even. 4 is an even number, so its multiples are all even.
4 is an even number. The multiples can only be even.
Yes, integer multiples of even numbers are always even.
yes all of the multiples of six are even because it started of even
50 is an even number so ALL its multiples are even...
The first 50 multiples of 6 are the first fifty even multiples of 3.
2, 4, 6 All even numbers have even multiples.
All the even numbers are multiples of 2