F = ke is the formula for the extension.
When an object's length rises, extension occurs, and when it reduces, compression occurs. Hooke's law states that force applied by a spring equals extension minus the spring constant. This law describes the extension of an elastic item, such as a spring.
The lengthened portion of an object, such as a spring, is known as its extension. According to Hooke's law, as long as the limit of proportionality is not crossed, a spring's extension is directly proportionate to the force exerted.
F = ke
F is the applied force.
k is the spring constant.
And e is an extension.
It can be re-arranged as k=[tex]\frac{F}{e}[/tex] or e=[tex]\frac{F}{K}[/tex]. It is Hooke's law.
Understanding the behavior of the material as it is stretched or compressed requires knowledge of Hooke's law. By comprehending the material behavior features, technology can be improved.
To know more about Hooke's law refer to: https://brainly.com/question/13348278
#SPJ1
