\n\n
\n`W = 1/2 F_\"max\" ·s` .. mit dem Hookeschen Gesetz `F = D·s` ergibt sich ..
\n
\n`W = 1/2 D · s^2`\n
\n","thumb":"","links":"","depends":[],"attachments":[{"type":"file","name":"Spannarbeit.ggb","file":"Spannarbeit.ggb","mime":"application/vnd.geogebra.file","href":"data/Physik/Mechanische%20Arbeit/Spannarbeit/Spannarbeit.ggb"},{"type":"file","name":"Spannarbeit.png","file":"Spannarbeit.png","mime":"image/png","href":"data/Physik/Mechanische%20Arbeit/Spannarbeit/Spannarbeit.png"}],"subject":"Physik","chapter":"Mechanische Arbeit","module":"Eingangsklasse","topic":"Spannarbeit","name":"Spannarbeit","modified":1618430917370,"author":"Holger Engels","keywords":"","_attachments":{"Spannarbeit.png":{"content_type":"image/png","revpos":3,"digest":"md5-Wqa+1IPXMNm+02g3AFdRLA==","length":10377,"stub":true},"Spannarbeit.ggb":{"content_type":"application/vnd.geogebra.file","revpos":2,"digest":"md5-jB4F3sR3b9YRQGZ1eQQTng==","length":11732,"stub":true}}}