But how should I specify what values n can take? Any hints?FactChecker said:It's good except the last one, where you should specify what values n can take.
Can n be an arbitrary rational number, such as 1/2? Can n be any real number? Some details on the possible values of n are what @FactChecker is looking for.Math100 said:But how should I specify what values n can take? Any hints?
{...,-4pi, -2pi, 0, 2pi, 4pi, ...}FactChecker said:Just say what set of values n can take. Like {##2\pi n, n \in ?
So for ##2\pi n## to take on those values, what set of numbers does n belong to? That's what we're trying to get you to tell us.Math100 said:{...,-4pi, -2pi, 0, 2pi, 4pi, ...}
{..., -2, -1, 0, 1, 2, ...}Mark44 said:So for ##2\pi n## to take on those values, what set of numbers does n belong to? That's what we're trying to get you to tell us.
Also known as the integers, ##\mathbb{Z}##Math100 said:{..., -2, -1, 0, 1, 2, ...}
Is that the right answer?
Thank you so much!FactChecker said:Also known as the integers, ##\mathbb{Z}##
So a good expression of the answer is {##2\pi n, n \in \mathbb{Z}##}