6981
10001?
6981
10001?
Babies don't need a vacation, but I still see them at the beach... it pisses me off! I'll go over to a little baby and say 'What are you doing here? You haven't worked a day in your life!'
Steven Wright
Last edited by weegillis; 08-21-2011 at 12:35 AM. Reason: remove the trash; starting to look mighty dumb...
6984
Always even powers on E, I see that. But computationally I'm hamstrung as to the math or logic of finding the next.
Looks like binomial expansion. Is there a series to this? Or just random instances?
6984
Are you the deepsand at pcworld? I am the one at phys.org. I used to go all the time to the forum and got into big argument with a real pretentious goomba who'd written a book about universal spirit and rehashed IDer malarky. It was over the top new-agey mumbo jumbo, so I called him on it, and 'translated' his obtuse exaggerated mumbo jumbo and ripped apart his arguments etc. It went for pages and finally I googled his name. He had written some books, but the interesting thing I found was his reports of UFOes launching from a mother ship that he and his family watched while driving on a crowded freeway one night. LMAO! I asked him why he was the only one that saw it, and then I got a warning from the moderators for swearing and I stopped replying to this guy.
I don't know what got my goat more, pseudo science new age crap on a physics site, or the pure BS this guy was peddling in his book. I know there is a term for that type of writing, I saw it discussed on Butterflies and Wheels(Fighting fashionable nonsense), but I can't, for the life of me, find it!
Did you peoples know that Windows calculator has different modes? Look in the view menu. I used the scientific calc, but I can't find a palindromic square. I just guessed the 10001, but now can't find 1001< x < 10001 where x^2 is a palindrome! I did, however, prove x^n + y^n ≠ z^n, but I don't have the room to write it here.
ttfn
Babies don't need a vacation, but I still see them at the beach... it pisses me off! I'll go over to a little baby and say 'What are you doing here? You haven't worked a day in your life!'
Steven Wright
6986
Hah! 2002 = 4008004
Don't know if there's one below it, though. Don't think 3003 will work because 3 x 3 is more than 5.
Babies don't need a vacation, but I still see them at the beach... it pisses me off! I'll go over to a little baby and say 'What are you doing here? You haven't worked a day in your life!'
Steven Wright
6987 <-- not prime, divides by three; not palindrome nor rhyming couplet.
weegillis, I can't see a pattern, well except for 10...1
Babies don't need a vacation, but I still see them at the beach... it pisses me off! I'll go over to a little baby and say 'What are you doing here? You haven't worked a day in your life!'
Steven Wright
6988
Actually, 1001 cubed is a palindrome: 1003003001
Babies don't need a vacation, but I still see them at the beach... it pisses me off! I'll go over to a little baby and say 'What are you doing here? You haven't worked a day in your life!'
Steven Wright
6989
12 345 678 987 654 321 / 111 = 1.11222333[???] × 10^14
Last edited by weegillis; 08-21-2011 at 01:24 AM. Reason: +3
6990
Yep; that's me.
Made a response to one of your recent posts there in a thread I'm in - hadn't seen you there before that - one that was clearly addressed to you alone, and one of that forum's sophists-in-training with whom I've been sparring, Razor91869, took it upon himself to presume that it was a post open to his comment. He's getting close to having me ream him a new one.
I used to post fairly frequently there; but, grew weary of the many who either know little of the Science involved, or try to use what they do know merely in attempt to prove their preconceived conclusions; then, of course, there are the sock puppets whom just keep chanting the mantras of Big Business, Big Oil, Big Coal, etal.. The lack of objectivity is appalling.
Cool; now I can concentrate on a proof of the impossibility of odd Perfect Numbers.
Only 9 possible 2xx2 values, none of which yield a palindromic square.
Haven't the time yet to put pencil to paper; but, I'm seeing some derivation of Pascal's Triangle involved.