Recent content by TheGmc

Since the questions are identical I related the power of voltage supply with electric field again :/

but there is no solenoid in accelerator region

@etotheipi when I reread the question while rewriting I get confused again since it says "What should be the power of the voltage supply". in velocity selector I found it zero since its perpendicular in accelerator region I found a value according to the my voltage and the current of ions given...

@etotheipi in one question the ions are perpendicular to the electric field and in the other they are parallel does this affect the power?

Thanks :)

@etotheipi does this current of ions has something to do with solenoid ? I chose the values for solenoids and found current values but if the ions are affect them too I should change things

So I will multiply the voltage I calculated and the given current of ions 1 𝜇𝐴. Thanks, you helped me a lot about the whole assignment :)

So there is no constant power it depends on the ions passing through the plates , is it ? I thought that it should be constant so I could not relate the ions with it. Thanks for your answer :)

@etotheipi Hello again! I made progress I think. But there is one thing again. At the beginnig of the assignment my proffessor indicated that " The number of ionized isotopes entering into the accelerator region corresponds to a 1 𝜇𝐴 ion current. ". When I try to solve problems 4 and 7 I read...

Okey i will keep everything in mind. Thanks for make me comprehend these things :)

By the way, I realized after reading my messages my punctuation is terrible. Thanks for understanding me under these conditions :D

I start to solve from first prboem by not making a correlation your approach is giving a bigger picture thanks after I resolve every problem can I ask your advice again ? Thank you very much for your time i was really desparate about this since every problem bound to each other. I have a...

I was at the 6th wuestion when this question came to my mind

"One at a time! " from this i understand that i will do the same operations for 4 times if the element has 4 isotopes but by only changing E/B according to the velocity each isotope gain when they exit acceleratır region. If i understood right then why my professor wants me to determine the...