Input
Enter the principle ,rate and time : 600 8 2Output
Simple interest = 96.00 Amount = 699.84
Compound interest= 99.84
Step 1: START
Step 2: Enter principle rate and time as input.
Step 3: calculate SI i.e (p*r*t)/100.
Step 3: calculate Amount i.e (p*(pow((1+r/100),t)).
Step 3: calculate CI i.e (Amount-principle)/100.
Step 4: Print SI , Amount , CI
Step 5: END
/* calculate SI,amount,CI */
#include <stdio.h>
#include <math.h>
int main()
{
float principle,rate,time;
double SI,CI,Amount;
printf("Enter the principle : ");
scanf("%f",&principle);
printf("Enter rate : ");
scanf("%f",&rate);
printf("Enter time : ");
scanf("%f",&time);
SI=(principle*rate*time)/100;
Amount=principle*(pow((1+rate/100),time));
CI=Amount-principle;
printf("Simple interest = %.2f\n",SI);
printf("Amount = %.2f\n",Amount);
printf("Compound interest = %.2f\n",CI);
return 0;
}/* Calculate SI,CI,Amount */
#include <iostream>
#include <bits/stdc++.h>
using namespace std;
int main()
{
float principle,rate,time;
double SI,CI,Amount;
cout<<"Enter the principle : ";
cin>>principle;
cout<<"Enter rate : ";
cin>>rate;
cout<<"Enter time : ";
cin>>time;
SI=(principle*rate*time)/100;
Amount=principle*(pow((1+rate/100),time));
CI=Amount-principle;
cout<<"Simple interest = "<< fixed << setprecision(2)<<SI<<"\n";
cout<<"Amount = "<< fixed << setprecision(2)<<Amount<<"\n";
cout<<"Compound interest = "<< fixed << setprecision(2)<<CI<<"\n";
return 0;
}Enter the principle ,rate and time : 600 8 2
Simple interest = 96.00
Amount = 699.84
Compound interest= 99.84
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