An image representing the physics concept of potential energy stored in a compressed spring. Show a spiral spring with, noticeable compression to visually communicate that it has been compressed. Near the spring, clearly depict the force constant displaying as '300N/m'. Make sure that the image contains no text. The elements should be arranged aesthetically to create a compelling image.

A spiral spring is compressed by 0.03m. Calculate the energy stored in the spring if its force constant is 300N/ m

e=0.03m. w=? k=300N/m. w=1/2ke^2. 1/2×300×(0.03^2). 150 × 0.0009. = 0.135 J

0.135j

The elastic or force constant is 300;extension=0.03 P.E=1/2(ke)2

=0.5*300(0.03)2
=150*0.0009
=0.135joules
i hope you get this
it is simple
good luck.

Pls what is the answer

0.135

(1/2)(300)(.03)^2 Joules

Yes, that is correct.

0.135j

0.135J

Thank u i m ok