24 hour archive: Problem
2305  Expanding Triangle 2305  Expanding Triangle 2305  Expanding Triangle
Statistics  Sub: 52  AC: 30  AC%: 57,69  Score: 3,12 
Created by  Alfredo Fundora Rolo 
Added by  jmargilagos (20130322) 
Limits 
Total Time: 8000 MS

Test Time:
2500 MS
Memory: 256 MB  Output: 64 MB  Size:
16 KB

Enabled languages  
Available in 
Description
Be ABC a given triangle. The side AB is prolonged starting from the vertex B and the point P is taken on the extension so that the distances of the vertex B coincide to the points A and P. Similarly, is prolonged the side BC starting from the vertex C and taken point Q on this extension so that the distances of the vertex C coincide to the points B and Q. Finally, the AC side is extended from the vertex A and the R point is taken on this extension to match the distances vertex A to points C and R. you. Knowing the lengths of the sides of the original triangle ABC, determine the value of the area of the triangle PQR.
Be ABC a given triangle. The side AB is prolonged starting from the vertex B and the point P is taken on the extension so that the distances of the vertex B coincide to the points A and P. Similarly, is prolonged the side BC starting from the vertex C and taken point Q on this extension so that the distances of the vertex C coincide to the points B and Q. Finally, the AC side is extended from the vertex A and the R point is taken on this extension to match the distances vertex A to points C and R. you. Knowing the lengths of the sides of the original triangle ABC, determine the value of the area of the triangle PQR.
Be ABC a given triangle. The side AB is prolonged starting from the vertex B and the point P is taken on the extension so that the distances of the vertex B coincide to the points A and P. Similarly, is prolonged the side BC starting from the vertex C and taken point Q on this extension so that the distances of the vertex C coincide to the points B and Q. Finally, the AC side is extended from the vertex A and the R point is taken on this extension to match the distances vertex A to points C and R. you. Knowing the lengths of the sides of the original triangle ABC, determine the value of the area of the triangle PQR.
Input specification
The first line contains an integer N (0 <N <= 100) representing the number of test cases. Each of the following N lines consists of three whole numbers X, Y and Z separated by space with 0 <X, Y, Z <= 1000. These numbers represent the length of the sides of the triangle ABC.
The first line contains an integer N (0 <N <= 100) representing the number of test cases. Each of the following N lines consists of three whole numbers X, Y and Z separated by space with 0 <X, Y, Z <= 1000. These numbers represent the length of the sides of the triangle ABC.
The first line contains an integer N (0 <N <= 100) representing the number of test cases. Each of the following N lines consists of three whole numbers X, Y and Z separated by space with 0 <X, Y, Z <= 1000. These numbers represent the length of the sides of the triangle ABC.
Output specification
The output will be N lines in each of which will be the value of the area of triangle PQR corresponding to each of the test cases with an accuracy of one decimal place.
The output will be N lines in each of which will be the value of the area of triangle PQR corresponding to each of the test cases with an accuracy of one decimal place.
The first line contains an integer N (0 <N <= 100) representing the number of test cases. Each of the following N lines consists of three whole numbers X, Y and Z separated by space with 0 <X, Y, Z <= 1000. These numbers represent the length of the sides of the triangle ABC.
Sample input
1
3 4 5
Sample output
42.0