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FlsA NOTES.) (A) WHAT IS THE DIRECTIDN op THĘ EIGCTRIC FIELD, E, BETWEEN THE CHARGE) PARALLEL METALLIC PLATES ! (SEE NOTES ondE.FIE LDS.) (B) E. (ANS. : I5, * .. /») SAL(ULATE ( (). WHAT IS THE DIRECTION of THE MA GNETIC E IELD, B, BETWEEN THE PLATES ? (SEE "AICHT NAND RULE" IN MAGNÉTISM NoTes.) SD) CALCULATE TYE YE Los IY

FlsA NOTES.) (A) WHAT IS THE DIRECTIDN op THĘ EIGCTRIC FIELD, E, BETWEEN THE CHARGE) PARALLEL METALLIC PLATES ! (SEE NOTES ondE.FIE LDS.) (B) E. (ANS. : I5, * .. /») SAL(ULATE ( (). WHAT IS THE DIRECTION of THE MA GNETIC E IELD, B, BETWEEN THE PLATES ? (SEE "AICHT NAND RULE" IN MAGNÉTISM NoTes.) SD) CALCULATE TYE YE Los IY

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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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