Wait, I just noticed something. As this is an infinite series from N=0 to N->∞, wouldn't the equation above simply = ∞? Is there a way to solve this where N is not in the final equation?
Wait, I just noticed something. As this is an infinite series from N=0 to N->∞, wouldn't the equation above simply = ∞? Is there a way to solve this where N is not in the final equation?
I do not understand that question.
You have two different ideas going on: .
If , that is , then the series does converge.
Its sum is .
As I said in reply #2, if the series diverges.
So the answer depends upon the value of .
Whereas, is simply an index for the sum.