...end of my Book of the descriptions of Helioscopes, viz. ceiiinosssttuu, id est, Ut tensio sic vis; That is, The Power of any Spring is in the same proportion...two, and three will bend it three, and so forward. JSTow as the Theory is very short, so the way of trying it is very easie." He then shows how to prove...

...law of proportionality of stress and strain which bears his name, in the words " Ut tensio sic vis ; that is, the Power of any spring is in the same proportion with the Tension thereof." By "spring" Hooke means, as he proceeds to explain, any "springy body," and by "tension" what we should...

...1678 he explained that the letters of the anagram were those of the Latin words ut tensio sic vit, — "the power of any spring is in the same proportion with the tension thereof." By tension (tensio) Hooke meant the quantity which we have called the " extension "; by the power (»is)...

...1U7S he explained that the letters of the anagram were those of the Latin words a< tenxio sic rw, — .-the power of any spring is in the same proportion with the tension thereof." By tension (tensio) Ilooke meant the quantity which we have called the "extension"; by the power (m)...

...end of my Book of the Descriptions of Helioscopes, viz. ceiiinosssttuu, id est, Ut tensio sic vis; That is, The Power of any Spring is in the same proportion...two, and three will bend it three, and so forward." The proportionality between the applied forces and their effects is known as Hooke's law and forms...

...ceiiinosssttuu. In 1678 he rearranged and translated these letters as follows: " Ut tensio sic vis; that is, the Power of any spring is in the same proportion with the Tension thereof." This important experimental fact connects the load which is applied to an elastic body with the deformation...

...springs to relieve jars in vehicles and for other purposes * Hooke himself translated the law thus: "The Power of any Spring is in the same proportion...two, and three will bend it three, and so forward." is common ; and their application to force measuring in the spring scales is familiar in everyday life....

...sss tt uu.' The key to this anagram was given, two years later, in the phrase, ' Ut tensio sic vis ; the power of any spring is in the same proportion with the tension thereof.' Using more modern terms, we say the stress is proportional to the strain. Later it will be shown to...

...verifications of the famous law first enunciated by Robert Hooke in 1678 in the words " Ul Tauio sietis"; that is, " the Power of any spring is in the same proportion as the Tension (— stretching) thereof." The most general statement of Hboke's Law in modern language...

...verifications of the famous law first enunciated by Robert Hooke in 1678 in the words " Ul Tcnsio sic fit "; that is, " the Power of any spring is in the same proportion as the Tension (— stretching) thereof." The most general statement of Hooke's Law in modern language...