Attachment Procedure code 1: import math global t#matrix T global c#matrix C global P#P global A#A global T#matrix T globalr #r global sk t-test of T-T' sk=[] =0 c=0 P=0 A=0 T=[0,0,01,0,0,01,0,0,0] i=3 while i:input matrix T al=float(input()) a2=float(input()) a3=float(input()) t.append[al,a2,a3]） i=1 i=3 while i:input matrix C al=float(input()) a2=float(input()) a3=float(input()) c.append([al,a2,a3]) i=1 0 while i<3:get PA P.append(t[i][0]+ti][1]+t[i][2)) A.append(t[o][i]+t[1][i]+t[2]i]) i=计1 deftjianyan():t-test av=0.0 mean value d=0.0#variance =0 whilei<3: j=0 while j<3:Attachment Procedure code 1: import math global t # matrix T global c # matrix C global P # P global A # A global T # matrix T' globalr # r global sk # t-test of T-T' sk=[] t=[] c=[] P=[] A=[] T=[[0,0,0],[0,0,0],[0,0,0]] i=3 while i: # input matrix T a1=float(input()) a2=float(input()) a3=float(input()) t.append([a1,a2,a3]) i-=1 i=3 while i: # input matrix C a1=float(input()) a2=float(input()) a3=float(input()) c.append([a1,a2,a3]) i-=1 i=0 while i<3: # get P A P.append(t[i][0]+t[i][1]+t[i][2]) A.append(t[0][i]+t[1][i]+t[2][i]) i=i+1 deftjianyan(): # t-test av=0.0 # mean value d=0.0 # variance i=0 whilei<3: j=0 while j<3: