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SD) CALCULATE THE (ANs.: 5x 105 m/s} oF THE PROTONS. FROM E 2ND B. ( SRE "VEIOLITY SELÉC TOR" E QUATION IN NOTESs.) VE LocITy, U (E) DERIV, AN EQUATION Fon THS MAss of A PROTON USING THE EQUATION ķ ok "THE MAGNErle fonCE ON a SINGLG CHARGE MotING IN A MAGNGTIC FIELD "CENTRIFS TAL FORCE' (Fc= Mv'), KNOWING Y1HA5 Fm= Fc. (fn: fvB) ANS THE EGUATION FOR (A FIND THK MASS OF A PROTON usiNG THE EQUATION you DERIVED IN PART IE). (ANs. : 1.07x107k)

SD) CALCULATE THE (ANs.: 5x 105 m/s} oF THE PROTONS. FROM E 2ND B. ( SRE "VEIOLITY SELÉC TOR" E QUATION IN NOTESs.) VE LocITy, U (E) DERIV, AN EQUATION Fon THS MAss of A PROTON USING THE EQUATION ķ ok "THE MAGNErle fonCE ON a SINGLG CHARGE MotING IN A MAGNGTIC FIELD "CENTRIFS TAL FORCE' (Fc= Mv'), KNOWING Y1HA5 Fm= Fc. (fn: fvB) ANS THE EGUATION FOR (A FIND THK MASS OF A PROTON usiNG THE EQUATION you DERIVED IN PART IE). (ANs. : 1.07x107k)

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2.) FIND THG, MASS of a PROTON By DESIGNING A SCHEMATIC DIA GRAM Of A MASS SPIE CTROMETER. of A PROTON By DESIGNING A SCHEMATIC (THE CHARGE of A PROTON IS 1.6 x 10-1c) (NOTE THAT THE PR-1ONS WILL MOVir STRAIGHT THROUGH THE PARALLEL PLATES THAT CONTAIN ELECeTRIC AND MAGNETIC FIELDS, WHY? ANS.: MASS SPECTROMETER DESIGN: WIRES two CHARGED PARALLEL NETALLIC PLATES ? DA SIHED LINTES ARE PATH OF At LEAVING PLATES D'A X X d= 30 im 能化TOA B= 0.250T (MAGNRIIC : ) IAME Tin of STEMI CIRCU LAR powlER suppEY SOURCE OF YATH = 6.9l cm *S ARE B': o.150T PROTOHS of CaIl of wIRS WITH CLOCKWISE E LE CFRIC (UIRRENT "" ( BAT TERY SUPPLYNG CURRENT TO coll is NOT SHOWN.) (VALVE oF I IS Nos NEEDED.) PLATES) V: 31,500 v ( EXTE MJAI. MAGNET! THi PLATE S AND COl oF WIRE MAKE UP THE; 'VELOCITY sE LECFOR (SEE MAGJETISA NOTES.) (A) WHAT IS THE DIRECTIOW op THĘ ELACTRIC FIELD, E, BETWEEN THE CHARGE) PARALLEL METALLIC PLATES ! (SEE NOTES od E.fLE ( B) ): CALCULATTE E. (ANS. : I25,*.0 /m} ie). WHAT IS TH6 DIRECTION of THE MA GNETIC FIELD, B, BETWEEN THE PLATES ? (SEE "RIGHT NAND RU LE IN MAGATETISM NoTEs.) D) CALCULATE TUE VE LOciry, Uot oF THE PROTONS. from E aND B. ( SRR "VEIOLITY SELECTOR"EQUATION IN NOTES.) (E) DERIV1; AN EQUA5ION Fon TH¢ MÁss of A PROTON USING THE EQUATION Fok 'THE MAGN&7IC foRCE ONa SINGLG CHANGE MofING la IN A mn GNGT 1C FIELD (fm= vB) AND THE EGUATION FOR CENTRIFS TAL FORCE' (Fc= mv'), KNOWING YHAJ Fmi Fc. (f FIND THK MASS OF A PROTON JSING THE EQUATION you DEniVEg IN PART (E). (ANs. : 1.07 x1027 CS Scanned with CamScanner
Transcribed Image Text:2.) FIND THG, MASS of a PROTON By DESIGNING A SCHEMATIC DIA GRAM Of A MASS SPIE CTROMETER. of A PROTON By DESIGNING A SCHEMATIC (THE CHARGE of A PROTON IS 1.6 x 10-1c) (NOTE THAT THE PR-1ONS WILL MOVir STRAIGHT THROUGH THE PARALLEL PLATES THAT CONTAIN ELECeTRIC AND MAGNETIC FIELDS, WHY? ANS.: MASS SPECTROMETER DESIGN: WIRES two CHARGED PARALLEL NETALLIC PLATES ? DA SIHED LINTES ARE PATH OF At LEAVING PLATES D'A X X d= 30 im 能化TOA B= 0.250T (MAGNRIIC : ) IAME Tin of STEMI CIRCU LAR powlER suppEY SOURCE OF YATH = 6.9l cm *S ARE B': o.150T PROTOHS of CaIl of wIRS WITH CLOCKWISE E LE CFRIC (UIRRENT "" ( BAT TERY SUPPLYNG CURRENT TO coll is NOT SHOWN.) (VALVE oF I IS Nos NEEDED.) PLATES) V: 31,500 v ( EXTE MJAI. MAGNET! THi PLATE S AND COl oF WIRE MAKE UP THE; 'VELOCITY sE LECFOR (SEE MAGJETISA NOTES.) (A) WHAT IS THE DIRECTIOW op THĘ ELACTRIC FIELD, E, BETWEEN THE CHARGE) PARALLEL METALLIC PLATES ! (SEE NOTES od E.fLE ( B) ): CALCULATTE E. (ANS. : I25,*.0 /m} ie). WHAT IS TH6 DIRECTION of THE MA GNETIC FIELD, B, BETWEEN THE PLATES ? (SEE "RIGHT NAND RU LE IN MAGATETISM NoTEs.) D) CALCULATE TUE VE LOciry, Uot oF THE PROTONS. from E aND B. ( SRR "VEIOLITY SELECTOR"EQUATION IN NOTES.) (E) DERIV1; AN EQUA5ION Fon TH¢ MÁss of A PROTON USING THE EQUATION Fok 'THE MAGN&7IC foRCE ONa SINGLG CHANGE MofING la IN A mn GNGT 1C FIELD (fm= vB) AND THE EGUATION FOR CENTRIFS TAL FORCE' (Fc= mv'), KNOWING YHAJ Fmi Fc. (f FIND THK MASS OF A PROTON JSING THE EQUATION you DEniVEg IN PART (E). (ANs. : 1.07 x1027 CS Scanned with CamScanner
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