Pythonda takrorlanuvchi algoritmlar bilan ishlash

Agar kvadratning tomoni A, doiraning radiusi R ga teng bo‘lsa, kvadrat va doiraning yuzlarini solishtirib kattasini aniqlang.

Yechish. Kvadratning yuzi , doiraning yuzi formula yordamida aniqlanadi. 2 a s  2 r k  import math A=float(input('Kvadratning tomoni\nA=')) R=float(input('Doiraning radiusi\nR=')) S=pow(A,2) C=math.pi*pow(R,2) if S>C: print("Kvadratning yuzi katta") else: print("Doiraning yuzi katta")

. import math n=int(input('n=')); s=0; for i in range(1,n+1): s=s+math.pow(i,2); print('S=',s) Ihtiyoriy sonning darajasini hisoblovchi Daraja2 nomli funksiya hosil qiling. Daraja2 funksiyasi orqali a, b, c sonlarining darajasini hisoblovchi dastur tuzing. def Daraja2(a): a=a*a; return a; a=int(input('a=')); b=int(input('b=')); c=int(input('c=')); print("a sonning darajasi=",Daraja2(a)); print("b sonning darajasi=",Daraja2(b)); print("c sonning darajasi=",Daraja2(c));

Ikkita sonning o‘rta arifmetigi va geometrigini hisoblovchi o‘rta_arifmetigi_geometrigi nomli funksiya hosil qiling. o‘rta_arifmetigi_geometrigi funksiyasi orqali a, b, c, d sonlaridan (a, b), (a, c), (a, d) juftliklarining o‘rta arifmetigi va geometrigini hisoblovchi dastur tuzing. import math; def orta_arifmetigi_geometrigi(a,b): p=math.sqrt(a*b); s=(a+b)/2; print("O'rta geometrigi=",p); print("O'rta arifmetigi=",s); a=int(input('a=')); b=int(input('b=')); c=int(input('c=')); d=int(input('d=')); orta_arifmetigi_geometrigi(a,b); orta_arifmetigi_geometrigi(a,c); orta_arifmetigi_geometrigi(a,d);