Physics, asked by sahanareddyreddy003, 2 months ago

9. Derive an expression for the potential energy of an elastic stretched spring.​

Answers

Answered by Mysteryboy01
4

✧═════════════•❁❀❁•══════════════✧\huge\color{Pink}\boxed{\colorbox{Black}{❥Mysteryboy01}}

✧═════════════•❁❀❁•══════════════✧

\huge\color{lime}\boxed{\colorbox{black}{⭐God Bless U⭐}}

 \huge\star\underline{\mathtt\orange{❥Good} \mathfrak\blue{Af }\mathfrak\blue{t} \mathbb\purple{ er}\mathtt\orange{n} \mathbb\pink{oon}}\star\:

\huge\star\huge{ \pink{\bold {\underline {\underline {\red {Great Day }}}}}} \star

\huge\blue\bigstar\pink{Be Safe Always }

\huge\fbox \red{✔Que} {\colorbox{crimson}{est}}\fbox\red{ion✔}

The Question is Give below

\huge\color{Red}\boxed{\colorbox{black}{♡Answer ♡}}

Derive an expression for elastic potential energy in a stretched wire. Hooke's Law, F = -kx, where F is the force and x is the elongation. The energy stored can be found from integrating by substituting for force. The energy stored = kx2/2, where x is the final elongation.

\huge\color{cyan}\boxed{\colorbox{black}{Cute boy❤}}

\huge\color{cyan}\boxed{\colorbox{black}{Mark as Brainlist ❤}}

Answered by apalanikumar470
0

Answer:

hooke's law, F = -KX, where F is the force form integrating

by substituting for force, the energy stored=Kx square/2, where x is the final elongation

Similar questions