## Beecrowd 1012-Area solution C, CPP and Python

beecrowd | 1012

### Area

Make a program that reads three floating point values: A, B and C. Then, calculate and show:

a) the area of the rectangled triangle that has base A and height C.

b) the area of the radius’s circle C. (pi = 3.14159)

c) the area of the trapezium which has A and B by base, and C by height.

d) the area of â€‹â€‹the square that has side B.

e) the area of the rectangle that has sides A and B.

## Input

The input file contains three double values with one digit after the decimal point.

## Output

The output file must contain 5 lines of data. Each line corresponds to one of the areas described above, always with a corresponding message (in Portuguese) and one space between the two points and the value. The value calculated must be presented with 3 digits after the decimal point.

Input Samples | Output Samples |

3.0 4.0 5.2 | TRIANGULO: 7.800 CIRCULO: 84.949 TRAPEZIO: 18.200 QUADRADO: 16.000 RETANGULO: 12.000 |

12.7 10.4 15.2 | TRIANGULO: 96.520 CIRCULO: 725.833 TRAPEZIO: 175.560 QUADRADO: 108.160 RETANGULO: 132.080 |

## Beecrowd 1012-Area solution in C

**Solution **:

#include<stdio.h> int main() { double A,B,C,t,pi,c,tra,s,rec; scanf("%lf%lf%lf",&A,&B,&C); pi=3.14159; t=.5AC; c=piCC; tra=.5(A+B)C; s=BB; rec=AB; printf("TRIANGULO: %.3lf\nCIRCULO: %.3lf\nTRAPEZIO: %.3lf\nQUADRADO: %.3lf\nRETANGULO: %.3lf\n",t,c,tra,s,rec); return 0; }

## Beecrowd 1012-Area solution in Python

import math A, B, C = map(float, input().split()) pi = 3.14159 t = 0.5 * A * C c = pi * (C ** 2) tra = 0.5 * (A + B) * C s = B ** 2 rec = A * B print(f"TRIANGULO: {t:.3f}") print(f"CIRCULO: {c:.3f}") print(f"TRAPEZIO: {tra:.3f}") print(f"QUADRADO: {s:.3f}") print(f"RETANGULO: {rec:.3f}")