# --------strings------------------
# name = "Konrad"
# name = "Konrad's program"
# name = 'Konrad\'s\n\n program'
# name = """Konrad's

#  program"""
# print(name)

# ---------/strings-----------------

# ---------numbers-----------------

# a = 10 #int
# b = 2.5   #float

# print(a +b)  #automatic type conversion and calculation

# a = 100
# a = 1000
# a = 10000
# a = 1_000_000  # just to make human reading easier

# print(a)

# ---------/numbers-----------------

# ---------boolean-----------------

# is_sky_blue = True   # convention called snake_case
# is_sun_blue = False   # convention from java called camelCase

# print("Is it blue?")
# print("Sky:")  
# print(is_sky_blue)
# print("Sun:")  
# print(is_sun_blue)

# ---------/boolean-----------------

# ---------type check-----------------

# print(type(name))
# print(type(a))
# print(type(is_sky_blue))


# ---------/type check-----------------

# ---------class convertion-----------------

first = 2
second = "3"

print(first + int(second))
print(str(first) + second)
print(str(first) + str(second))
# ---------/class convertion-----------------
# --------strings------------------
# name = "Konrad"
# name = "Konrad's program"
# name = 'Konrad\'s\n\n program'
# name = """Konrad's

#  program"""
# print(name)

# ---------/strings-----------------

# ---------numbers-----------------

# a = 10 #int
# b = 2.5   #float

# print(a +b)  #automatic type conversion and calculation

# a = 100
# a = 1000
# a = 10000
# a = 1_000_000  # just to make human reading easier

# print(a)

# ---------/numbers-----------------

# ---------boolean-----------------

# is_sky_blue = True   # convention called snake_case
# is_sun_blue = False   # convention from java called camelCase

# print("Is it blue?")
# print("Sky:")  
# print(is_sky_blue)
# print("Sun:")  
# print(is_sun_blue)

# ---------/boolean-----------------

# ---------type check-----------------

# print(type(name))
# print(type(a))
# print(type(is_sky_blue))


# ---------/type check-----------------

# ---------class convertion-----------------

first = 2
second = "3"

print(first + int(second))
print(str(first) + second)
print(str(first) + str(second))
# ---------/class convertion-----------------
# --------strings------------------ # name = "Konrad" # name = "Konrad's program" # name = 'Konrad\'s\n\n program' # name = """Konrad's #  program""" # print(name) # ---------/strings----------------- # ---------numbers----------------- # a = 10 #int # b = 2.5   #float # print(a +b)  #automatic type conversion and calculation # a = 100 # a = 1000 # a = 10000 # a = 1_000_000  # just to make human reading easier # print(a) # ---------/numbers----------------- # ---------boolean----------------- # is_sky_blue = True   # convention called snake_case # is_sun_blue = False   # convention from java called camelCase # print("Is it blue?") # print("Sky:") # print(is_sky_blue) # print("Sun:") # print(is_sun_blue) # ---------/boolean----------------- # ---------type check----------------- # print(type(name)) # print(type(a)) # print(type(is_sky_blue)) # ---------/type check----------------- # ---------class convertion----------------- # ---------/class convertion-----------------