#Write a python comment saying 'Day 2: 30 Days of python programming'
                #Day 2: 30 Days of python programming
#Declare a first name variable and assign a value to it
first_name = 'Tohir'
#Declare a last name variable and assign a value to it
last_name = 'Abdulghaniy'
#Declare a full name variable and assign a value to it
full_name = 'Tohir Abdulghaniy'
#Declare a country variable and assign a value to it
country = 'Nigeria'
#Declare a city variable and assign a value to it
city = 'Ilorin'
#Declare an age variable and assign a value to it
age = 26
#Declare a year variable and assign a value to it
year = 2020
#Declare a variable is_married and assign a value to it
is_married = False
#Declare a variable is_true and assign a value to it
is_true = True
#Declare a variable is_light_on and assign a value to it
is_light_on = True
#Declare multiple variable on one line
name, age, gender, is_tall = 'Tohir', 26, 'male', True
#Check the data type of all your variables using type() built-in function
print(type(first_name))
print(type(last_name))
print(type(full_name))
print(type(city))
print(type(age))
print(type(year))
print(type(is_married))
print(type(is_true))
print(type(is_light_on))
#Using the len() built-in function find the length of your first name
print(len(first_name))
#Compare the length of your first name and your last name
print(len(first_name), len(last_name))
#Declare 5 as num_one and 4 as num_two
num_one = 5
num_two = 4
#Add num_one and num_two and assign the value to a variable _total
_total = num_one + num_two
print(_total)
#Subtract num_two from num_one and assign the value to a variable _diff
_diff = num_two - num_one
print(_diff)
#Multiply num_two and num_one and assign the value to a variable _product
_product = num_two * num_one
print(_product)
#Divide num_one by num_two and assign the value to a variable _division
_division = num_one / num_two
print(_division)
#Use modulus division to find num_two divided by num_one and assign the value to a variable _remainder
_remainder = num_two % num_one
print("reminder:", _remainder)
#Calculate num_one to the power of num_two and assign the value to a variable _exp
_exp = num_one ** num_two
print(_exp)
#Find floor division of num_one by num_two and assign the value to a variable _floor_division
_floor_division = num_one // num_two
print(_floor_division)
#The radius of a circle is 30 meters.
#Calculate the area of a circle and assign the value to a variable area_of_circle
radius_of_a_circle = 30
area_of_circle = radius_of_a_circle ** 2
print(area_of_circle)
#Calculate the circumference of a circle and assign the value to a variable circum_of_circle
pie = 3.142
circum_of_circle = 2 * pie * radius_of_a_circle
print(circum_of_circle)
#Take radius as user input and calculate the area.
radius = float(input("radius "))
print(radius**2)
#Use the built-in input function to get first name, last name, country and age from a user and store the value to their corresponding variable names
first_name = input('first name: ')
last_name = input('last name: ')
country = input('country: ')
age = input('age: ')
print('\t\t\t\t\tCONGRATULATIONS!')

