python計算連續(xù)復(fù)利

Given principle amount, rate and time and we have to find the compound interest in Python.

給定原理量，速率和時間，我們必須找到Python的復(fù)利 。

計算復(fù)利 (Calculate compound interest)

To calculate compound interest, we use the following formula,

要計算復(fù)利，我們使用以下公式，

P(1 + R / 100)^T

Where,

哪里，

• P – Principle amount

  P –本金

• R – Rate of the interest, and

  R –利率，以及

• T – Time in the years

  T –歲月

Example:

例：

Input:p = 250000r = 36t = 1# formulaci = p * (pow((1 + r / 100), t)) print(ci)Output:339999.99999999994

Python程序找到復(fù)利 (Python program to find compound interest)

# Python program to find compound interest p = float(input("Enter the principle amount : ")) r = float(input("Enter the rate of interest : ")) t = float(input("Enter the time in the years: "))# calculating compound interest ci = p * (pow((1 + r / 100), t)) # printing the values print("Principle amount : ", p) print("Interest rate : ", r) print("Time in years : ", t) print("compound Interest : ", ci)

Output

輸出量

First run: Enter the principle amount : 10000 Enter the rate of interest : 3.5 Enter the time in the years: 1 Principle amount : 10000.0 Interest rate : 3.5 Time in years : 1.0 compound Interest : 10350.0Second run: Enter the principle amount : 250000 Enter the rate of interest : 36 Enter the time in the years: 1 Principle amount : 250000.0 Interest rate : 36.0 Time in years : 1.0 compound Interest : 339999.99999999994

翻譯自: https://www.includehelp.com/python/program-for-compound-interest.aspx

python計算連續(xù)復(fù)利

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