The discussion revolves around calculating the voltage across a conductive tape placed in a magnetic field, specifically examining the Hall Effect. The original poster presents a scenario involving a copper tape, a magnetic field strength, and a current, while referencing equations related to electromagnetic principles.
The discussion is ongoing, with participants seeking more detailed explanations of the original poster's calculations and the equations used. Some guidance has been offered regarding the relevance of the Hall Effect, indicating a potential direction for further exploration.
There is a noted confusion regarding the equations and their application, as well as a lack of clarity on the original poster's understanding of the problem setup. The original poster references a result from a book, which raises questions about the accuracy of their calculations and assumptions.
What do you mean ? The resoult is not mine is from the book. Its what it should be not what i get. From the equation i put up i get totally difrent stuff i don't even think its the right one. I hope someone can resolve this...PeterDonis said:Just showing what the result should be is not enough; please show us what attempts you have made to obtain that result. We can't help you if we can't see what you have tried.
Sorry * hmm i didn t even see it said the attempt :P. Its the actual resoult as i said.PeterDonis said:Just showing what the result should be is not enough; please show us what attempts you have made to obtain that result. We can't help you if we can't see what you have tried.
iverse said:Its what it should be not what i get.
I use the equation that i wrote. The resoult is really irelevant cus it must be wrong but here it is.PeterDonis said:So what do you get and how do you get it?