11.Programming Assignment 2( Programs using built-in functions and modules)

Read the blog post https://pythonformlktuminor.blogspot.com/2020/08/built-in-functions-modules-and-packages.html before attempting the following programs

Programs to try using built in functions ,modules and  packages

1.Read a number in decimal and convert it into different bases.
2.Read a binary number (Eg: 0b101010) and convert it into different bases.( use eval,oct,hex functions)
3.Read a hexa decimal number (Eg: 0xa3) and convert it into different bases.
4.Read an octal number (Eg:012) and convert it into different base.
5.Read a string and find the length.( use len)
6.Find the biggest and smallest of three numbers.( use min and max function)
7.Read a number and find its factorial. ( use factorial function from math)
8.Find the number of digits in the factorial of a given number.( convert into string and find length)
9. Read a Year and print the calendar of that year
(Hint: import calendar ;print(calendar.calendar(2017)) will display 2017 calendar.
10.Read a Year and month and print the calendar of the specified month.
(Hint: print(calendar.month(2017,8) )will display 2017 August month calendar)
11.Print a random number between 1 and 100 ( use random module)
12.Print the python version you are using ( use sys module)
13.Print the files in the current directory ( use os module)

Comments

Post a Comment

Popular posts from this blog

Python For Machine Learning - CST 283 - KTU Minor Notes- Dr Binu V P

Dr Binu V P -About Me About the Course Syllabus Previous Year Question Paper and Answer Key CST 283 Python For Machine Learning Dec 2020 Previous Year Question Paper and Answer Key CST 283 Python For Machine Learning Dec 2021 Previous Year Question Paper CST 283 Python For Machine Learning Dec 2022  Previous Year Question Paper CST 283 Python For Machine LearningFeb 2024 Module-I Programming Environment and Python Basics 1.Introduction to Python 2.Running Python Program- IDLE,Interactive Shell, Jupyter notebook 3.Identifiers, variables and keywords 4.Basic Python data types- numbers and strings, type conversion 5.Operators 6.Operator precedence and expression evaluation 7.Input and output- input() and print() 8.Built-in functions, modules and packages 9.The software development process 10.Simple programs to begin with, comments and statements 11.Basic Programs to try 12.Programs using built-in functions and modules 13.Sample Programs ( contact) Module-II Building Python Progra...
Read more

KTU Python for machine learning Sample Question Paper and Answer Key Dec 2020

  APJ ABDUL KALAM TECHNOLOGICAL UNIVERSITY THIRD SEMESTER B.TECH DEGREE EXAMINATION, DECEMBER 2020 Course Code: CST283 Course Name: Python for Machine Learning Max. Marks: 100   Duration: 3 Hours   PART A     Answer all questions. Each question carries 3 marks Marks   1 Explain the input statement with an example. How the type conversion is done 3   2 Illustrate the concept of modules and explain with example how they are used in Python programs 3   3 Write a Python program to print all prime numbers less than 100. 3   4 Demonstrate Lambda function with an example 3   5 Use list to read n names an...
Read more

46.Classes and Objects in Python- Accessors and mutators

Python is an object-oriented programming language, which means that it provides features that support object-oriented programming. The basic components of object oriented programming are  classes and objects. A Class is a blue print to create an object. It provides the definition of basic attributes(properties) and functions of objects. Object is a running instance of the class having the identity(name), properties( values) and behaviors(functions). The object oriented program thus consist of object definitions (classes) and most of the computations and functions are mentioned as operations on the object.Each object definition corresponds to some object or concept in the real world, and the functions that operate on these object correspond to the ways real-world objects interact. We have learned objects of string, list, tuple etc…and used the properties and functionalities of these objects which are built into the Python. Now we are going to create our own(user defined) objects. Th...
Read more