forked from Yesen/python_math_stat
93 lines
5.4 KiB
Python
93 lines
5.4 KiB
Python
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# # credit: int = input (" Введите сумму данного кредит " )
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# # pr: int = input (" Введите процентную ставку по кредиту ")
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# # year: int = input (" Введите кол-во лет по кредиту ")
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# # final_sum = credit + credit / 100 * pr * year
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# # print(final_sum)
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# a= 1**322
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# b= 321**322
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# c= a/b
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# w= int.c*322
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# print (w)
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# print (25/100)
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# print (round((322/(321**322)), 6))
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# from decimal import Decimal
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# number1 = Decimal("322")
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# number2 = Decimal("321")
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# number3 = number2**322
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# number4 =number1 / number3
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# print(number4.quantize(Decimal('1.000000')))
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# # from decimal import Decimal
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# # number1 = Decimal("322")
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# # number2 = Decimal("0.0031152647975078")
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# # number3 = number2**322
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# # # print(number1*number3)
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# # print(pow(0.0031152647975078, 322))
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# # print (321**322)
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# # print(321**322)
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# # from decimal import Decimal
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# # number1 = Decimal("1")
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# # number2 = Decimal("1243427403367201317393839301441743747728372586525670766261640905620809506005587639080279955406183542710879519297596480474251532052264053522247101137843549025799051484953585952784850325557214920862419103754250378054748361864221285507407958456970340557601822416379088854977906548248843321368085906291446155298147765800006733873921195716852574867930071563891483652506398305540218047871687996232303256042568680052185451030385841017087022204418055051382616302471053169370181768309768797522306381968061454511970090508880003571264680375541874397620644892178316480743877639178952899639421174415003931100029266521366987487527781801363772040088929625386302181818960608576375463235429994701417153144489481595528276358876118935361712671704273723924030863635859517540166787268451123293126738041638928465167872661962957441")
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# # number3 = Decimal("322")
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# # print((number1/number2)*number3)
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# def kubik(n: int) -> list:
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# a= 1<= n <= 10**5
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# data = []
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# while len(data) <n:
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# data.append(random.randint(1,6))
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# return data
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# def count_rate(kub_data: list):
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# """
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# Возвращает частоту выпадания значений кубика,
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# согласно полученным данным
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# :param kub_data: данные эксперимента
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# :return:
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# """
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# kub_rate = {}
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# for i in kub_data:
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# if i in kub_rate:
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# continue
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# else:
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# kub_rate[i] = kub_data.count(i)
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# for i in range(1, 7):
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# if i not in kub_rate:
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# kub_rate[i] = 0
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# return kub_rate
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# from decimal import Decimal
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# number1 = Decimal("1")
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# number2 = Decimal("1243427403367201317393839301441743747728372586525670766261640905620809506005587639080279955406183542710879519297596480474251532052264053522247101137843549025799051484953585952784850325557214920862419103754250378054748361864221285507407958456970340557601822416379088854977906548248843321368085906291446155298147765800006733873921195716852574867930071563891483652506398305540218047871687996232303256042568680052185451030385841017087022204418055051382616302471053169370181768309768797522306381968061454511970090508880003571264680375541874397620644892178316480743877639178952899639421174415003931100029266521366987487527781801363772040088929625386302181818960608576375463235429994701417153144489481595528276358876118935361712671704273723924030863635859517540166787268451123293126738041638928465167872661962957441")
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# number3 = Decimal("322")
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# print(number3/number2)
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# number2 = 1243427403367201317393839301441743747728372586525670766261640905620809506005587639080279955406183542710879519297596480474251532052264053522247101137843549025799051484953585952784850325557214920862419103754250378054748361864221285507407958456970340557601822416379088854977906548248843321368085906291446155298147765800006733873921195716852574867930071563891483652506398305540218047871687996232303256042568680052185451030385841017087022204418055051382616302471053169370181768309768797522306381968061454511970090508880003571264680375541874397620644892178316480743877639178952899639421174415003931100029266521366987487527781801363772040088929625386302181818960608576375463235429994701417153144489481595528276358876118935361712671704273723924030863635859517540166787268451123293126738041638928465167872661962957441
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# number3 = 322
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# print(number3/number2)
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# from decimal import Decimal
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# # number1 = Decimal("1")
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# # # number2 = Decimal("1243427403367201317393839301441743747728372586525670766261640905620809506005587639080279955406183542710879519297596480474251532052264053522247101137843549025799051484953585952784850325557214920862419103754250378054748361864221285507407958456970340557601822416379088854977906548248843321368085906291446155298147765800006733873921195716852574867930071563891483652506398305540218047871687996232303256042568680052185451030385841017087022204418055051382616302471053169370181768309768797522306381968061454511970090508880003571264680375541874397620644892178316480743877639178952899639421174415003931100029266521366987487527781801363772040088929625386302181818960608576375463235429994701417153144489481595528276358876118935361712671704273723924030863635859517540166787268451123293126738041638928465167872661962957441")
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# # # number3 = Decimal("322")
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# # # print((number1/number2)*number3)
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# def fun(n, r):
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# return n ** r
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# print(fun((1/321), 322))
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def factorial(n):
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if n >= 1: return (0.5**(factorial(n)+1))
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if n <= 10**5: return (0.5**(factorial(n)+1))
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else: return 1
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print (factorial(3))
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