#include #include using namespace std; int main() { //Finding The area of triangle using heron's formula /* First we gonna take some potatoes from the user :D */ int sideA, sideB, sideC; // cout << "Enter the first side of triangle: "; cin >> sideA; // cout << "Enter the second side of triangle: "; cin >> sideB; // cout << "Enter the third side of triangle: "; cin >> sideC; // Then,we gonna take user's potatoes and process them like cutting, multiplying, peeling and all that stuff int s = (sideA + sideB + sideC) / 2; // ^ according to heron's formula we also gonna need a side-perimetre, for us it's just a salt to give a salty flavour to the potatoes. int sideAResult = (s - sideA); int sideBResult = (s - sideB); int sideCResult = (s - sideC); /* ^ There uses the first part of heron's formula which looks like when we use heron's formula in maths-: square{s(s-a)(s-b)(s-c)} s = side-perimetre a,b,c = sides of triangle it's just like a cutting and peeling machine which peels and cuts off the potatoes in long sticks */ float result = sqrt(s * sideAResult * sideBResult * sideCResult); /* ^ There uses the second part of heron's formula- square(S x A x B x C) This oil fryer is gonna fry our long stick potatoes. */ cout << "Enter the first side of triangle: " << sideA << endl; cout << "Enter the second side of triangle: " << sideB << endl; cout << "Enter the third side of triangle: " << sideC << endl; /* Due to some limitations in code playground on sololearn, I have to write these three damn lines of code */ cout << "Answer: " << result << endl; cout << "like and comment, stay home, stay safe! " << endl; /* Here's your french fries :P */ return 0; } /* This is another way to find the area of triangle int base; int height; cout << "Enter The Base: "; cin >> base; cout << "Enter The Height: "; cin >> height; float result = 0.5 * base * height; //Calculates the given inputs cout << "Answer: " << result << " m2" << endl; */

Find the area of triangle using heron's formula