The goal is to write a python program per the instructions in the attached pdf below.
Periodic compounding The total accumulated value, including the principal sum P, is given by the formula: where: A=P(1+nr)nt (https://en.wikipedia.org/wiki/Compound_interest) - A is the final amount Accumulated Value - P is the original principal sum - r is the nominal annual interest rate - n is the compounding frequency - t is the overall length of time the interest is applied (expressed using the same time units as r, usually years). Using the above formula write a program that will display the following table. You must use exponent operator to compute P Exponent Operator in Python is ** Examples 23 8 m=3 n=2 p=mn print ( " Solving the exponent, we get ", p ) Solving the exponent, we get 9 base = 2 exp =4 a base ** exp print(a) 16 Do not use any loops to print the table if you use loops 50% of the grades will be deducted. 2 points each result line ( 6 points); 2 points for accurately implementing the formula in python syntax using the exponential operator, 2 points for commenting in your code and identifying the sections Input Processing and Output in your code. Total Points 10. The intent of this exercise is to understand variable creation, how the same variables with different values can be used in the same program I understand Computer Science experts will say it is not a optimize way write such programs however this course is for beginners. Periodic compounding The total accumulated value, including the principal sum P, is given by the formula: where: A=P(1+nr)nt (https://en.wikipedia.org/wiki/Compound_interest) - A is the final amount Accumulated Value - P is the original principal sum - r is the nominal annual interest rate - n is the compounding frequency - t is the overall length of time the interest is applied (expressed using the same time units as r, usually years). Using the above formula write a program that will display the following table. You must use exponent operator to compute P Exponent Operator in Python is ** Examples 23 8 m=3 n=2 p=mn print ( " Solving the exponent, we get ", p ) Solving the exponent, we get 9 base = 2 exp =4 a base ** exp print(a) 16 Do not use any loops to print the table if you use loops 50% of the grades will be deducted. 2 points each result line ( 6 points); 2 points for accurately implementing the formula in python syntax using the exponential operator, 2 points for commenting in your code and identifying the sections Input Processing and Output in your code. Total Points 10. The intent of this exercise is to understand variable creation, how the same variables with different values can be used in the same program I understand Computer Science experts will say it is not a optimize way write such programs however this course is for beginners
