import first_module import math ''' Using the concept of string slicing by index technique extract the numeric characters embedded as unicode in number from first module ''' print("Extracting Numeric Chracter From Unicode") #complete the statement below to print the first number print(first_module,"=", first_module,end='\t') #complete the statement below to print the second number print(first_module,"=", first_module,end='\t') #complete the statement below to print the third number print(first_module,"=", first_module,end='\t') #complete the statement below to print the fourth number print(first_module,"=", first_module,end='\t') #complete the statement below to print the fifth number print(first_module,"=", first_module) #complete the statement below to print the sixth number print(first_module,"=", first_module,end='\t') #complete the statement below to print the seventh number print(first_module,"=", first_module,end='\t') #complete the statement below to print the eighth number print(first_module,"=", first_module,end='\t') #complete the statement below to print the nineth number print(first_module,"=", first_module,end='\t') #complete the statement below to print the tenth number print(first_module,"=", first_module) print("Using Numeric Chracter To Form Real Numbers") print("To Used Used In Mathematical Operations") num100= 100 num105= 105 num25= 25 print("Num1=",num100) print("Num2=",num105) print("Num1=",num25) #converting number to integer before using for calculation print("Sum of numbers:",num100+num105+num25) print("Product of Log numbers:",(math.log2(num105)))

produce the expected output of the program as equally shown below