DISCLAIMER

Disclaimer – Engg Technical Notes

Engg Technical Notes (https://enggtechnotes.blogspot.com) is dedicated to providing high-quality educational content for B.Tech students, GATE aspirants, and professionals. All content, including B.Tech ECE notes, GATE resources, circuits, formulas, and technical concepts, is provided for informational and educational purposes only.

Important Points:

  • We strive for accuracy but do not guarantee the completeness, reliability, or suitability of our content for specific applications.

  • Users are responsible for verifying calculations and information, especially for critical or professional use.

  • For real-world engineering projects, always consult a licensed engineer to ensure safety and compliance.

  • External links on our site are provided for reference only; we are not responsible for their content, accuracy, or policies.

  • By using Engg Technical Notes, you acknowledge that any reliance on our content is at your own risk. We are not liable for any losses or damages arising from the use of this website.

Contact for Questions or Clarifications:
📧 Email: prowriter.officialdesk@gmail.com

Last Updated: October 2025

Comments

Post a Comment

Popular posts from this blog

Fundamental of python : 1.Python Numbers

Image
Fundamentals of Python 1. Python Numbers Python supports three primary numeric types: int : Integer values (e.g., 5 , -10 , 100 ). float : Floating-point numbers (e.g., 2.5 , 3.14 ). complex : Numbers with a real and imaginary part (e.g., 2 + 5j ). These types are dynamically assigned when values are stored in variables. Python also supports arithmetic operations such as: Addition ( + ) Subtraction ( - ) Multiplication ( * ) Division ( / ) Exponentiation ( ** ) Complex numbers have attributes: '.real'   – to access the real part '.imag' – to access the imaginary part 1. Integer Program: #Integer >>>a=5 >>>type(a) Answer : <type ’int’> Explanation: The variable a is assigned the value 5 , which is an integer. When we use type(a) , Python tells us the data type of the variable a , which is an integer ( int ). 2. Floating Point Program: #Floating Point >>>b=2.5 >>>type(b) Answer : <type ’float’> Explanation:...
Read more