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Human Book search import random import time s=100 c1a=1 c1b=s c1=1 inp2='s' while(1): c=input() if((inp2=='s')&(c=='s')): c1=random.randint(c1,c1b) if((inp2=='s')&(c=='a')): c1b=c1 c1=random.randint(c1a,c1) if((inp2=='a')&(c=='s')): c1a=c1 c1=random.randint(c1,c1b) if((inp2=='a')&(c=='a')): c1=random.randint(c1a,c1) inp2=c print(c1)
Social import random import time desires = ['love','one nighter','group enter','settle down'] for x in range(0,len(desires)): print(x) print(desires[x]) print('\n') for i in range(10): a=random.randint(0,3) print(desires[a]) group=['Conformal','Compliant','Obediant','Attitude','Social Identity','norms']; negotiation=['Good-bad','Bogey','Chicken','Strategy development','Auction','Deadlines']; base=['Open','Transcendant','hedonism', 'Benovalance','Conformal'] Techniques=['Fish','Rapid','OODA','Neo','Morphological'] social=['group','negotiation','base','Techniques'] if a==0: ans1=[[0,1],[2,1],[0,3,4],[0,1]] if a==1: ans1=[[3,2],[1,5],[3,2],[1,2]] if a==2: ans1=[[1,2,5],[3,4],[3,4],[3,4]] if a==3: ans1=[[1,2,3],[3,4],[1,3,4],[2,4]] for c in range(0,len(ans1[0])): print(group[c]) print(' ') for c in range(0,len(ans1[1])): print(negotiation[c]) print(' ') for c in range(0,len(ans1[2])): print(base[c]) print(' ') for c in range(0,len(ans1[3])): print(Techniques[c]) print(' ') un 0.24 cm^2/Vs A Cox 0.06 F/m^2 W/L 77 VGs 2.0 V VT 0.7 V I = un*Cox*wl*(VGS-VT)^2 = 1.8738720000000002 A un 0.81 cm^2/Vs A Cox 0.062 F/m^2 W/L 18 VGs 1.2 V VT 0.7 V I = un*Cox*wl*(VGS-VT)^2 = 0.22599 A un 0.64 cm^2/Vs A Cox 0.032 F/m^2 W/L 59 VGs 2.9 V VT 0.7 V I = un*Cox*wl*(VGS-VT)^2 = 5.848268800000001 A un 0.52 cm^2/Vs A Cox 0.062 F/m^2 W/L 31 VGs 8.9 V VT 0.7 V I = un*Cox*wl*(VGS-VT)^2 = 67.20234560000002 A un 0.91 cm^2/Vs A Cox 0.059 F/m^2 W/L 65 VGs 3.9 V VT 0.7 V I = un*Cox*wl*(VGS-VT)^2 = 35.736064000000006 A Johson noise excercise kB = 1.3806044503487214e-23 J/mol^2/K, T = 56.88 K, R = 5.43 ohm Vrms=sqrt(4KBTR)= 2.40516297233e-11 V kB = 1.3806044503487214e-23 J/mol^2/K, T = 37.16 K, R = 3.45 ohm Vrms=sqrt(4KBTR)= 2.4388940562e-11 V kB = 1.3806044503487214e-23 J/mol^2/K, T = 1.25 K, R = 7.63 ohm Vrms=sqrt(4KBTR)= 3.00785826447e-12 V kB = 1.3806044503487214e-23 J/mol^2/K, T = 44.27 K, R = 3.02 ohm Vrms=sqrt(4KBTR)= 2.84522043786e-11 V kB = 1.3806044503487214e-23 J/mol^2/K, T = 9.76 K, R = 6.71 ohm Vrms=sqrt(4KBTR)= 8.96248163798e-12 V
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