Equations, Conversion Factors and Constant – Modern Physics – Review Sheet | PHYS 0004C, Exams of Physics

Download Equations, Conversion Factors and Constant – Modern Physics – Review Sheet | PHYS 0004C and more Exams Physics in PDF only on Docsity! Physics 4C EXA M 4 Rules for Exam: 1. Show your work on non-multiple choice problems. NO WORK=NO CREDIT. 2. Include units with each answer. One point deduction per infraction. 3. Round off to 2 decimal places and circle your final answers. 4. Circle your final answers. Good Luck! Equations, Conversion Factors and Constants: ke=9.00x109Nm2/C2 q=e=1.6x10-19C 1eV=1.6x10-19J 1MeV=1.6x10-13J Me=9.11x10-31kg; Mp=1.67x10-27kg kboltzmann=1.38x10-23J/K 1kWh=3.60x106J 1kW=1000J/s 1   I T 4 ; 5.6703x10 8W /m2K 4 mT 2.898x10  3 mK E hf  hc  pc; h 6.626x10 34 Js; hc 1240eV  nm I()  2hc 2 5(ehc /kBT  1) ; I  I()d hf  hc  E f  E i   o  h mc 1 cos .0243x10 10 1 cos  E  Z n       2 Eo  Z n       2 13.6eV; n 1,2,3... r n2ao n 2(0.0529nm) R  mke 2e4 4c3 ;   h 2 1.055x10 34 Js  F E  keq1q2 r2  keZe 2 r2 ; Ue  keZe 2 r  F Centripetal  mv 2 r ;  L   r   p   r m  v ;  L Bohr n   mM m  M Period T f -1 = 2/ f frequency U +K = 0 Conservation of Energy U +K = Wnc K  1 2 mv 2 eVAC hfmax  hc max   h p  h mv   electron  h 2meV xp ;Et  (x, y,z, t) (x, y,z)e iEt /   2 2m d2 dt 2 U E  2 dx 1    ; x  *xdx p  *  i d dx      dx