13 A mass spectrometer uses a potential difference of 2 00 W to accelerate a singly charged ion Then, a 0 4DDT magnetic field bends the ion into a circular path of radius 0 226 m What is the mass of the ion EQUATIONS Kinematics Waves Atomic Physics Vave Ad At d vit sat he T 27VK hi di m ho do W hfo E hf Av d Vr vit Ek de stop N NOCH) dave At T 2nNg 7 di d vit at2 vez viz 2ad T n2 sine Quantum Mechanics and Nuclear Physics nj sine2 AE Amc E pc T2 n2 VI 21 v fx V2 Dynamics mc(1 cose) F net Gm m2 a f (VIV )fs m F a d sine n Trigonometry and Geometry 8 Gm Line 1 sin0 opposite hypotenuse Ay F , ni m Ax Fs kx g m adjacent cos0 y mx b Electricity and Magnetism hypotenuse Momentum and Energy kq 192 tand opposite Area AV AE adjacent p mv Ek mv2 Rectangle w c2 a2 62 F At mAv Ep mgh Triangle Tab W Fla cose Ep 5kx2 Fe a b C Circle 172 E q Fm 1B sin A sin B sin C W AE c2 a2 62 2ab cos C Circumference P W E AV Fm qv B Circle 2ar AdPHYSICS DATA SHEET Constants Prefixes Used with SI Units Particles Acceleration Due to Gravity Exponential Charge Mass Near Earth lag 9 81 m s2 Prefix Symbol Value Gravitational Constant G 6 67 x 10 1 N m2 kg2 10 18 Alpha Particle 6 65 x 10 2 kg atto Radius of Earth Te 6 37 x 105 m femto f 10 15 Electron 9 11 x 10 kg Mass of Earth Me 5 97 x 1024 kg pico P 10 12 Proton 1 67 x 10 2 kg Elementary Charge e 1 60 x 10 19 C nano 10 9 Coulomb's Law Constant k 8 99 x 109 N m2 C2 micro 10 6 Neutron 0 1 67 x 10 27 kg Electron Volt leV 1 60 x 10 19 J milli m 10 3 First Generation Fermions Index of Refraction of Air n 1 00 centi 10 2 Charge Mass Speed of Light in Vacuum c 3 00 x 10 m s deci d 10 1 Electron 0 511 MeV c2 Planck's Constant h 6 63 x 10 34 J s deka da 10' h 4 14 x 10 eV s 102 Positron 0 511 MeV c2 hecto h Atomic Mass Unit u 1 66 x 10 kg kilo k 103 Electron neutrino, v 0

Question

13  A mass spectrometer uses a potential difference of 2 00 W to accelerate a singly charged ion  Then, a 0 4DDT magnetic field bends the ion into a circular path of radius 0 226 m  What is the mass of the ion  EQUATIONS Kinematics Waves Atomic Physics Vave   Ad At d   vit   sat he T   27VK hi    di m   ho do W   hfo E   hf     Av d   Vr vit Ek   de stop N   NOCH) dave   At T   2nNg   7  di d   vit     at2 vez   viz  2ad T     n2 sine Quantum Mechanics and Nuclear Physics nj sine2 AE   Amc  E   pc T2 n2 VI 21 v   fx V2 Dynamics mc(1   cose) F net Gm m2 a   f   (VIV )fs m F    a   d sine n Trigonometry and Geometry 8    Gm Line 1     sin0   opposite hypotenuse Ay F , ni m   Ax Fs    kx g   m adjacent cos0   y   mx  b Electricity and Magnetism hypotenuse Momentum and Energy kq 192 tand     opposite Area AV   AE adjacent p   mv Ek   mv2 Rectangle    w c2   a2 62 F At   mAv Ep   mgh Triangle   Tab W   Fla cose Ep   5kx2 Fe a b C Circle   172 E   q Fm   1B sin A sin B sin C W   AE c2   a2 62   2ab cos C Circumference P   W E   AV  Fm    qv B Circle   2ar AdPHYSICS DATA SHEET Constants Prefixes Used with SI Units Particles Acceleration Due to Gravity Exponential Charge Mass Near Earth       lag   9 81 m s2 Prefix Symbol Value Gravitational Constant       G  6 67 x 10 1 N m2 kg2 10 18 Alpha Particle     6 65 x 10 2 kg atto Radius of Earth          Te  6 37 x 105 m femto        f            10 15 Electron      9 11 x 10  kg Mass of Earth                   Me  5 97 x 1024 kg pico       P             10 12 Proton       1 67 x 10 2 kg Elementary Charge            e   1 60 x 10 19 C nano    10 9 Coulomb's Law Constant    k   8 99 x 109 N m2 C2 micro                    10 6 Neutron       0 1 67 x 10 27 kg Electron Volt                 leV   1 60 x 10 19 J milli          m             10 3 First Generation Fermions Index of Refraction of Air  n   1 00 centi      10 2 Charge Mass Speed of Light in Vacuum  c   3 00 x 10 m s deci    d      10   1 Electron     0 511 MeV c2 Planck's Constant     h   6 63 x 10 34 J s deka              da         10' h   4 14 x 10 eV s 102 Positron      0 511 MeV c2 hecto     h       Atomic Mass Unit         u   1 66 x 10 kg kilo    k      103 Electron neutrino, v        0

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13. A mass spectrometer uses a potential difference of 2.00 W to accelerate a singly charged ion. Then, a 0.4DDT magnetic field bends the ion

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