April 20, 200719 yr ive gotten this one math problem i cant figure out, well how to describe it, all i know is this: odds: all zeros "n" evens: pattern: 0,1,0,1/3,0,1/5,0,1/7,... little hint please? I was going to eat hot dogs for dinner tonight. I think I will settle for cereal. OPEN WIDE HERE COMES THE HELICOPTER.
April 20, 200719 yr ive gotten this one math problem i cant figure out, well how to describe it, all i know is this: odds: all zeros "n" evens: pattern: 0,1,0,1/3,0,1/5,0,1/7,... little hint please? 1/(x+2)? I'm not sure what you are looking for.
April 20, 200719 yr ive gotten this one math problem i cant figure out, well how to describe it, all i know is this: odds: all zeros "n" evens: pattern: 0,1,0,1/3,0,1/5,0,1/7,... little hint please? 1/(x+2)? I'm not sure what you are looking for. Well yeah that's pretty much it. If n is defined as the sequence number, then for all non-odd numbers the term is 1/(n+2). For all odd numbers then the term is zero. It's certainly an odd sequence though. "Da mihi castitatem et continentam, sed noli modo"
April 20, 200719 yr Author ive gotten this one math problem i cant figure out, well how to describe it, all i know is this: odds: all zeros "n" evens: pattern: 0,1,0,1/3,0,1/5,0,1/7,... little hint please? 1/(x+2)? I'm not sure what you are looking for. It has to do with mathematical patterns and describing em, and by the evens, im asking for a hint as to which equation would go there to follow the pattern... EDIT: i finally figured it out, the equation is (1/n-1) or something like that I was going to eat hot dogs for dinner tonight. I think I will settle for cereal. OPEN WIDE HERE COMES THE HELICOPTER.
April 20, 200719 yr The only complete way I can think of doing it is to define the nth term in an set of even numbers where the nth term = 1/(n+2). You would have to then create a set where all odd nth terms were zero. For example the 20th term in the sequence would be 1/(20+2) = 1/22 I'm probably missing something though. Edit: insane's defined it better. "Da mihi castitatem et continentam, sed noli modo"
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