/* 3. Summative Assessment 2
Write a C++ program that calculate and displays the hypotenuse value
of right angle triangle.
There are 2 right triangle base and height measurements:
The first triangle's base is 3 and height is 5 .
The second triangle's base is 4 and height of 8.
Find out the area of each triangle. Use a structure for this program.
The area of a triangle is computed as:
Area = 0. 5 * base * height
The output should be:
The first triangle hypotenuse is 5.83095
The area of the first triangle is 7 . 5
The second triangle hypotenuse is 8.94427
The area of the first triangle is 16
*/
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Program Listing/* 3. Summative Assessment 2 Write a C++ program that calculate and displays the hypotenuse value of right angle triangle. There are 2 right triangle base and height measurements: The first triangle's base is 3 and height is 5 . The second triangle's base is 4 and height of 8. Find out the area of each triangle. Use a structure for this program. The area of a triangle is computed as: Area = 0. 5 * base * height The output should be: The first triangle hypotenuse is 5.83095 The area of the first triangle is 7 . 5 The second triangle hypotenuse is 8.94427 The area of the first triangle is 16 */ #include <iostream> #include <string> #include <cmath> using namespace std; struct triangle { float a, b, c; }; int main() { triangle t1 = { 3, 5 }, t2 = { 4, 8 }; auto hypo1 = sqrt(t1.a * t1.a + t1.b * t1.b); cout << "The first triangle hypotenuse is " << hypo1 << "\n"; auto area1 = 0.5f * t1.a * t1.b; cout << "The area of the first triangle is " << area1 << "\n"; auto hypo2 = sqrt(t2.a * t2.a + t2.b * t2.b); cout << "The second triangle hypotenuse is " << hypo2 << "\n"; auto area2 = 0.5f * t2.a * t2.b; cout << "The area of the second triangle is " << area2 << "\n"; return 0; }
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