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# Programming Code Description This document contains Java code for a program that analyzes a triangle based on its angles. ## Code Structure ```java import java.util.*; Public class Triangle { void main() { Scanner sc = new Scanner(System.in); s.o.pln("Enter 3 angles of the T...

# Programming Code Description This document contains Java code for a program that analyzes a triangle based on its angles. ## Code Structure ```java import java.util.*; Public class Triangle { void main() { Scanner sc = new Scanner(System.in); s.o.pln("Enter 3 angles of the Triangle"); int a = sc.nextInt(); int b = sc.nextInt(); int c = sc.nextInt(); if (a + b + c == 180) { if (a || b || c < 90) { s.o.pln("Triangle in acute"); } else if (a || b || c == 90) { s.o.pln("Triangle is right angled"); } else if (a || b || c > 90) { s.o.pln("Triangle in obtuse angled"); } } else { s.o.pln("Triangle is not possible"); } } } ``` ## Explanation The program takes three angles (a, b, c) as input from the user. It first checks if the sum of the angles is 180 degrees. If it is not 180, it prints that the triangle is not possible. Otherwise, it determines the type of triangle based on the angles: - **Acute:** If all angles are less than 90 degrees. - **Right:** If one angle is exactly 90 degrees. - **Obtuse:** If one angle is greater than 90 degrees. ## Switch Statement (Partial) ```java switch(op) { case 'a': s.o.pln("Platform Independent"); break; case 'b': s.o.pln("Object oriented"); break; case 'c': s.o.pln("Robust & Secure"); break; default: s.o.pln("Wrong Input"); } ``` The code snippet shows a switch statement used for different operational modes (`op`). ## Additional Notes and Comments - `s.o.pln(...)` likely represents a print or display function. - The program seems to include comments indicating the types of software/programming paradigms. (Object-Oriented, Robustness, Security, Platform Indepenedence). - The `import java.util.*;` line imports essential utilities, probably including the Scanner class for input. This is a basic program to classify triangles based on their angles. More sophisticated validation and error handling could be added for a robust application.