FREE ONLINE STUDY

HELLO, FRIENDS  I AM ADITYA AND IN THIS BLOG I WILL PROVIDE YOU ALL IMPORTANT STUDY. MATERIALS LIKE :  BOOKS IN VERY LOW PRICE , STUDY VIDEO , MOTIVATIONAL VIDEO, AND ALL PHYSICS ,  MATHS FORMULAS.  AND NOTES OF  CHEMISTRY . India's Learning Won't Stop Free Access to all LIVE Classes & Content Grade 1 - 12 JEE & NEET Study from the safety of your HOME. WHAT YOU WANT TO STUDY :  PHYSICS . CHEMISTRY . MATHS . TO BUY BOOKS. MOTIVATIONAL VIDEO . FOR EXTRA STUDY . SHARE THIS BLOG CLICK ON THE LINK : SHARE

Strain Formula This article deals with the strain formula and its derivation. When a particular force acts on an object, individuals usually concern themselves about how the object would move afterward. However, what such individuals fail to consider is how the  force  might affect the structure of the object. A good example can be bridges. When vehicles move on a bridge, they tend to create a downward force due to their weight. The bridge undergoes stress test to withstand without breaking under heavy pressure.  Stress  certainly refers to the internal force per unit area. Most noteworthy, the amount of strain applied to an object ultimately determines the level of strain determined by it. What is Strain? Strain refers to the amount of deformation an object undergoes due to the application of stress. In simple words, stress refers to the internal force, while strain refers to the physical effect on the object due to that force. Strain refers to a measure of the amount of de