![LEY DE Hooke - LEY DE HOOKE La Ley de elasticidad de Hooke, o simplemente Ley de Hooke, es el - Studocu LEY DE Hooke - LEY DE HOOKE La Ley de elasticidad de Hooke, o simplemente Ley de Hooke, es el - Studocu](https://d20ohkaloyme4g.cloudfront.net/img/document_thumbnails/387ffd77672865930c91afe20a52d5f0/thumb_1200_1553.png)
LEY DE Hooke - LEY DE HOOKE La Ley de elasticidad de Hooke, o simplemente Ley de Hooke, es el - Studocu
![Ash JogalekarさんはTwitterを使っています: 「Born #OTD 1635: Robert Hooke, natural philosopher and polymath who inspired microscopy with his amazing book Micrographia, discovered the law of the spring (In Latin, "Ut tensio sic vis", or " Ash JogalekarさんはTwitterを使っています: 「Born #OTD 1635: Robert Hooke, natural philosopher and polymath who inspired microscopy with his amazing book Micrographia, discovered the law of the spring (In Latin, "Ut tensio sic vis", or "](https://pbs.twimg.com/media/EeBWXqdU4AEwnXk.jpg:large)
Ash JogalekarさんはTwitterを使っています: 「Born #OTD 1635: Robert Hooke, natural philosopher and polymath who inspired microscopy with his amazing book Micrographia, discovered the law of the spring (In Latin, "Ut tensio sic vis", or "
![Kees Storm on Twitter: "Fun fact: When Robert Hooke first published his famous law of linear elasticity in 1676, he did so in the form of the Latin anagram 'ceiiinosssttuu', which deciphers to 'Ut tensio sic vis'. It translates to 'As the (ex)tension, so the force' or Kees Storm on Twitter: "Fun fact: When Robert Hooke first published his famous law of linear elasticity in 1676, he did so in the form of the Latin anagram 'ceiiinosssttuu', which deciphers to 'Ut tensio sic vis'. It translates to 'As the (ex)tension, so the force' or](https://pbs.twimg.com/media/FWMElPTXoAAU4D5.jpg)