Find all values of 'alpha' for which the limit exists. For these values, evaluate the limit.

See the limit below...

Thanks

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- June 26th 2009, 03:38 PMJoAdams5000Limits of Curves
Find all values of 'alpha' for which the limit exists. For these values, evaluate the limit.

See the limit below...

Thanks

- June 26th 2009, 05:44 PMNonCommAlg
- June 26th 2009, 05:57 PMSampras
Wouldn't if ?

- June 26th 2009, 06:04 PMNonCommAlg
- June 26th 2009, 06:10 PMSampras
if x and y were fixed...it would be right?

- June 26th 2009, 06:15 PMNonCommAlg
- June 26th 2009, 06:17 PMSampras
yes

- June 26th 2009, 06:34 PMNonCommAlg
the limit will depend on : if 0 < |x|, |y| < 1, the limit is 0. if |x| = |y| = 1, the limit is 1. if |x| > 1 or |y| > 1, then the limit is infinity. if x = y = 0, the limit obviously doesn't exist.

to avoid any possible confusion:**Sampras**' question is kind of off-topic and not related to**JoAdams5000**'s question. - June 26th 2009, 08:50 PMSampras