I have done part of this program so far. The Rule of 72 is used by bankers and politicians which states that if R% is the annual rate of inflation, then a fixed sum of money will decline in value by 50% in 72/R years

I need to prove that Rule of 72 is reasonable for inflation rates of from 1 to 25%

This is my code so far. The formula is right because I looked it up in the internet. I have a problem printing to the output. I used a for loop and i want to start from 1 and increment it by 1 until it reaches 25 and i need it to print that and the years and calculated # of years.Code:#include <iostream.h> #include <iomanip.h> #include <math.h> int main() { // Declare Variables double years; double rate; double calculate; int hold; //formula = abs(log10)(.5)/(log10(1+rate)); // Prove Rule of 72 int r = rate; for (r = 1; r < 26; r++) { int y = years; for (y = 1; y < 73; y++) { years = years / 2; } calculate = abs(log10(.5))/(log10(1+rate)); // Print Results to screen cout << " Depreciation Chart in years to Test Rule 0f 72 " << endl; cout << "Rate of % Inflation " << setw(5) << "#years by Rule of 72 " << setw(5) << "Calculated # of years " << endl; cout << r << setw(5) << years << setw(5) << calculate << endl; break; } cin >> hold; return 0; }