x = 10
x += 5
x *= 2
print("Final value of x:", x)

# Augmented Addition (+=)
x = 10
x += 5  # Equivalent to x = x + 5
print(f"Augmented Addition (x += 5): x = {x}")

# Augmented Subtraction (-=)
y = 20
y -= 7  # Equivalent to y = y - 7
print(f"Augmented Subtraction (y -= 7): y = {y}")

# Augmented Multiplication (*=)
a = 3
a *= 4  # Equivalent to a = a * 4
print(f"Augmented Multiplication (a *= 4): a = {a}")

# Augmented Division (/=)
b = 25
b /= 5  # Equivalent to b = b / 5
print(f"Augmented Division (b /= 5): b = {b}")

# Augmented Floor Division (//=)
c = 17
c //= 3 # Equivalent to c = c // 3
print(f"Augmented Floor Division (c //= 3): c = {c}")

# Augmented Modulus (%=)
d = 10
d %= 3  # Equivalent to d = d % 3
print(f"Augmented Modulus (d %= 3): d = {d}")

# Augmented Exponentiation (**=)
e = 2
e **= 3 # Equivalent to e = e ** 3
print(f"Augmented Exponentiation (e **= 3): e = {e}")

# Augmented Bitwise AND (&=)
f = 12 # Binary: 1100
f &= 5  # Binary: 0101. Equivalent to f = f & 5
print(f"Augmented Bitwise AND (f &= 5): f = {f}")

# Augmented Bitwise OR (|=)
g = 6  # Binary: 0110
g |= 3  # Binary: 0011. Equivalent to g = g | 3
print(f"Augmented Bitwise OR (g |= 3): g = {g}")

# Augmented Bitwise XOR (^=)
h = 10 # Binary: 1010
h ^= 7  # Binary: 0111. Equivalent to h = h ^ 7
print(f"Augmented Bitwise XOR (h ^= 7): h = {h}")

# Augmented Left Shift (<<=)
i = 4  # Binary: 0100
i <<= 2 # Equivalent to i = i << 2
print(f"Augmented Left Shift (i <<= 2): i = {i}")

# Augmented Right Shift (>>=)
j = 16 # Binary: 10000
j >>= 2 # Equivalent to j = j >> 2
print(f"Augmented Right Shift (j >>= 2): j = {j}")