Full text: The collected mathematical papers of Arthur Cayley, Sc.D., F.R.S., sadlerian professor of pure mathematics in the University of Cambridge (Vol. 2)

[154 
510 
SUPPLEMENTARY RESEARCHES ON THE PARTITION OF NUMBERS, 
where it is easy to see that 
A_ s = 
18 (1 — p)(l ~ P 2 ) (1 — P 4 ) (1 — p 5 ) ’ 
^-i = 
il 1 
P + V + V + V 
and we have 
(1 — p) Cl — /D 2 ) (1 — P 4 ) (1 — P 5 ) (4 18 VI — P 1-p 2 1-p 4 1 — p s ; 
e 2 p = - p 2 (i - p) a_ 2 , 
0ip = - p 2 (1 -p)A._ 1 . 
But [1 — p s ] = 1 + p + p 2 = 0. Hence p 3 = 1, and therefore 
(1 - pH 1 - p ! ) (1 - p 4 ) (1 - p') = (1 - p)» (1 - p»)> = 9. 
Hence 
whence 
e -2p 162 ^ ^ ^ 162 ^ ~ 162 + 
= 162 ( 2 + ®)’ 
162 
and the partial fraction is 
2 + ¿r 
which is 
162 1 + ¿c + a* 2 ’ 
1 2 — x — x 3 
= 162 1 -# 3 ’ 
and gives rise to the prime circulator (2, —1, — 1) per 3 5 . 
loz 
The reduction 6 x p is somewhat less simple; we have 
4 18 1 - p 18 1 - p 2 
= ^ C 1 “ P 2 ) ^ - ¿P C 1 “ P 2 ) - ll PH 1 “ P)1 
54 
972 (1 - P 2 ) (51 - 10p - 14p 2 ) 
9^(61 + 4p-65^);
	        
Waiting...

Note to user

Dear user,

In response to current developments in the web technology used by the Goobi viewer, the software no longer supports your browser.

Please use one of the following browsers to display this page correctly.

Thank you.