Today.Python

# comment

# Arithmetic operators

# num1 = 7

# num2 = 2

# print(num1 + num2)

# print(num1 - num2)

# print(num1 * num2)

# print(num1 / num2)

# print(num1 // num2)

# print(num1 % num2)

# print(num1**num2)

# type casting

# km = float(input("Enter kilometers >>> "))

# m = km * 1000

# # print("100 km = ", m, "meters")

# print(f"{km} kilometers = {m} meters")

# Triangle validity and Triangle type

angle_a = int(input("Enter value of angle A >>> "))

angle_b = int(input("Enter value of angle B >>> "))

angle_c = int(input("Enter value of angle C >>> "))

all_angles_sum = angle_a + angle_b + angle_c

# Relational operators / Comparision operators

# valid_triangle = all_angles_sum == 180

# print(valid_triangle)

# conditional statement

# whitespace before print in line 35, is called as indentation

# if valid_triangle:

# if all_angles_sum == 180:

# print("Yes, given angles makes a valid Triangle")

# else:

# print("No, given angles doesn't make a valid Triangle")

# if angle_a == 60 and angle_b == 60 and angle_c == 60:

# print("This is equilateral Triangle")

# elif angle_a==angle_b or angle_b==angle_c or angle_a==angle_c:

# print("This is isoceseles Triangle")

# else:

# print("This is scalene Triangle")

if all_angles_sum == 180:

print("Yes, given angles makes a valid Triangle")

if angle_a == 60 and angle_b == 60 and angle_c == 60:

print("This is equilateral Triangle")

elif angle_a==angle_b or angle_b==angle_c or angle_a==angle_c:

print("This is isoceseles Triangle")

else:

print("This is scalene Triangle")

else:

print("No, given angles doesn't make a valid Triangle")

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