•"(131 = Ail Z U i •+■ 



'(43) 



(5) " (4) 



■Z'(i) Z( 4 ) 



"i:.it == Z m Z (,•) -t-Z (H z. 



'(44)" 



'M ~ (0 



W "(4) 



^( 4 5) = Z (7) Z w ■+- Z M Z (l) 



^(4') = Z (») Z (4) 



Z (,) Z ( .) 



#(>.) = Z (6) z (5) +z (6) z (5) 

 #(5») = Z (7) Z' (5) -+- z w z (5) 



"(53) = Z (8) Z (5 j -t-Z (,) Z (5 ) 



IT{s»)=Z ( ,] Z (5 ) -+-Z w Zffl 



"(55) = Z( 10 ) Z (5) -J- Z (l0 ) Z (5 ) 



#(56) Z (||) Z (5 ) 



•Z' (ll) Z (5) ; 



"(W — Z (l2) Z' (5) ■+- z (1J) z (5) . 



^(64) = Z ( 8) Z' H -t-Z' (8) Z w ; 



^(65) = Z ( , ) Z' H -f-Z' M Z w ; 



^(66)=Z (Io) Z' (7) -f-Z (lo) Z w ; 



#(6 7 )=Z( C1) Z w -+• Z (I1) Z W ; 



H m = Z {li) Z (7) -t-Z' (ll) Z (7) . 



^(,3) = Z ( , o) Z' w -*-Z' (lo) Z M ; 

 ^(?4) = Z (11 )Z' ())) -4-Z' (1 ,,Z M ; 

 ^( T 5) = Z (I1 ,Z M -f-Z (11 )Z W . 



l'AIX JEAN PLANA 3^ 



^(47) = Z (9) Z (4) "*~ Z '(9) Z (4) 

 ^(48) = Z ( , o) Z' (t) -4>-Z (10 )Z W 



^(49) =Z (") 2 't4) "*" Z (..)Z U) 

 //y,= Z (ll) Z' (l) -4-Z (|>) Z (0 . 



"(si)— Z(7) Z' (6) -4-Z' (7) Z ((> - 



#(5y) = Z (8) Z' (6 , -t-Z' (8) Z (6) 



#(<.o)=Z (9) Z (0) -+- Z' M z (6 , 

 ^(6,) = Z (I0 )Z' (6) -4-Z' ( , 0) Z ((l) 

 ^(6.) = Z(„ ) Z OT -f- Z (, Z W 

 "(f,3) == Z ( ,,-Z ( o, -j- Z (i,)Z( 6) 



^(69i — Z ; , /; Z w -i-Z ' (9) F (l) 



"(j<0 = Z(io) Z (s) -»-Z ( 10 )Z ( j) 



H{t) = z i><) Z \») Jf ~ Z (»)*« 

 H{i*\ = z \"- Z W -*-Z' (Il) Z (l) • 



"( 7 6) = Z ( ,,)Z ( , 0) -l-Z ,,,^(,0) ; 

 S -i=Z (1 ,,Z' (10) -4>-Z' ;il) Z^, < , ) . 



^(;8) == Z( 11 )Z ( „;+Z {,i)Z (M , ; 



le produit dcs deux ecjuations [10] et [i i] donnera 



