Par t d sessionmaster ing physicscommyctassig nmentpr

Info iconThis preview shows page 1. Sign up to view the full content.

View Full Document Right Arrow Icon
This is the end of the preview. Sign up to access the rest of the document.

Unformatted text preview: in te rm s of , Hin t 1. Relationship between , a nd . and Rec all that the frequenc y of revolution is equal to a partic le mak es per s ec ond. The angular frequenc y ; it repres ents the number of revolutions is equal to ; it is the number of radians the partic le travers es per s ec ond. ANSW ER: = Correct Par t E Your goal is to ac c elerate the partic les to k inetic energy . W hat minimum radius of the c y c lotron is required? Ex pre ss your a nsw e r in te rm s of Hin t 1. F ind , , , a nd . in terms of Find an ex pres s ion for the s peed Ex pre ss your a nsw e r in te rm s of of a partic le in terms of its k inetic energy a nd . . ANSW ER: = ANSW ER: = Correct Par t F If y ou c an build a c y c lotron with twic e the radius , by what fac tor would the allowed max imum partic le energy inc reas e? As s ume that the magnetic field remains the s ame. session.master ing physics.com/myct/assig nmentPr intView?assig nmentID= 2252604 14/19 24 03 2013 HW- 5 Hin t 1. F ind in terms of Us ing y our res ult from Part E, s olve for Ex pre ss your a nsw e r in te rm s of , in terms of , , a nd . . ANSW ER: = ANSW ER: 2 4 8 16 Correct Par t G If y ou c an build a c y c lotron with twic e the radius and with the magnetic field twic e as s trong, by what fac tor would the allowed max imum partic le energy inc reas e? Hin t 1. F ind in terms of and Us ing y our res ult from Part E, s olve for Ex pre ss your a nsw e r in te rm s of , in terms of , , a nd and . . ANSW ER: = ANSW ER: 2 4 8 16 session.master ing physics.com/myct/assig nmentPr intView?assig nmentID= 2252604 15/19 24 03 2013 HW- 5 Correct One limitation of the c y c lotron has to do with the failure of the laws of c las s ic al mec hanic s to ac c urately predic t the behavior of high-energy partic les . W hen their s peeds bec ome c omparable to the s peed of light , the angular frequenc y is no longer what y ou determined in Part D. Us ing s pec ial relativity , one c an s how that the angular frequenc y is ac tually given by the formula . As y ou c an...
View Full Document

This homework help was uploaded on 03/08/2014 for the course PHYS 102 taught by Professor Atillaaydınlı during the Spring '10 term at Bilkent University.

Ask a homework question - tutors are online