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JDK1.0.2 simulations (1996-2001) => Wave => Topic started by: deepika.physicslover on February 15, 2009, 05:25:00 pm

 Title: ENERGY TRANSFER BY TENSION ON A STRING Post by: deepika.physicslover on February 15, 2009, 05:25:00 pm TRANSVERSE WAVE ON A STRINGHi!!i have a doubt !!if any one can ans 2 dat den i will b grateful 2 him/her.here itz:when dere is a transverse wave travelling on a string we say dat da energy is transferred by da tension 4m left 2 da right.(dis is obvious as tension is continuously doing work)but while calculating da vel of da wave on a string we generally resolve tension(vich is tangential)into horizontal n vertical component n itz horizontal component gets cancelled n da resultant is in vertical direction so how come da tension is transferring energy along horizontal direction?i hope dat u got my doubt if not pleez let me know dat. Title: Re: ENERGY TRANSFER BY TENSION ON A STRING Post by: Fu-Kwun Hwang on February 15, 2009, 05:35:49 pm Sorry! But I cound not understand your question? Title: Re: ENERGY TRANSFER BY TENSION ON A STRING Post by: deepika.physicslover on February 15, 2009, 08:59:31 pm my querry is just that which force is responsible for energy transfer across string ?obviously it should b tension but as i said while calculating vel of a wave using newtonian mechanics we consider net force on that element n to do that we resolve the two tensions into horizontal n vertical component........the tensions in horizontal (opposite direction)cancel each other n therefore the net is in the vertical direction............i donno if u got my doubt ....... Title: Re: ENERGY TRANSFER BY TENSION ON A STRING Post by: deepika.physicslover on February 15, 2009, 09:29:38 pm if u still didn get the doubt then pleez wait till i get a link related to the derivation of vel of a wave on a string using newtonian mechanics...................m a school student so sorry for takin ur precious time but this damn doubt is eating me day n night. :'( :(