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follow the example but change the mod value | follow the example but change the mod value | ||
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| + | You should end up with 2+ beta + beta^2 as a remainder (but that is equal to zero)...at least that's what I got. I think you're on the right track if you get there. | ||
Latest revision as of 16:48, 19 November 2008
The book kindly solves this problem for us in Example 6 on p357.
could you provide some more insight? I am still confused on this one...
follow the example but change the mod value
You should end up with 2+ beta + beta^2 as a remainder (but that is equal to zero)...at least that's what I got. I think you're on the right track if you get there.
