# 1. Write a statement that creates a variable named my_var
# with a value "let's practice"




# 2. What type is my_var?
# Write a statement to display the type of the variable my_var




# 3. Reassign any integer value to my_var




# 4. What type is my_var?
# Write a statement to display the type of the variable my_var




# 5. Consider variable naming convention
# Which one is valid? Which one is good practice in Python?
number_of_slices_of_bacon = 100    # a.
badVariableName = "Java"           # b.




# 6. Write a statement that display an addition of two integers (5 and 9)





# 7. Write a statement that display a concatenation of
# three strings "input", "and", "output"
# separated by a space





# 8. Consider the following statements. What are differences?
print(9.5 / 2.3)                     # a.
print(format(9.5 / 2.3, ".7f"))      # b.
print(format(9.5 / 2.3, ".2f"))      # c.
print(format(9.5 / 2.3, ".2%"))      # d.
print(format(9.5 / 2.3, ".1f"))      # e.




# 9.Write a statement that displays a raise of an integer to an integer power
# (let's say 2 to the power of 3)





# 10. Write a statement that displays the remainder of division of 25 / 6






# 11. Consider the following statements. What are differences?
print("integer division : " + str(6 // 4))
print("division : " + str(6 / 4))






# 12. Write a statement to get an input from a keyboard (i.e., user's input)
# and store this input in a variable called "your_name"
# let's ask "What is your name ?"
# and display "Hello, " followed by the value stored in your_name






# 13. Consider the following statement
number = int(input("Give me a number between 0 and 100: "))
print(type(number))    # what do we get from this statement?

number = int(number) + 4
print(type(number))    # what do we get from this statement?





# 14. Consider the following statements. What does it produce?
number = number / 0






# 15. write code to determine if 11 is an odd or even