1. On page 2 of my notes. we sketched an electromagnetic wave. and also wrote down an expression for a electromagnetic wave traveling along E. a. Assuming that 2' and E are parallel. that |E| = l . and that to =1, calculate the magnitude of E and the value of |E|2 {remember to take the complex conjugate when you square the absolute value} at 2:0. 1.3, 1?. 2.5. b. All of the values of |E"|2 should be the same. ltl'llhat does that tell you about the magnitude of the electric field as a function of position? c. So then how is the image we drew on Page 2 inaccurate? d. If the values of |E|2 are the same. then what is changing as a function of position? SPECTROCUP, VS. MICROSCOPY 4 SOMETHING AS A FAN OF X, Y, ( 2 ) CUINGD B : NEWTON MODERN DEFENTILIN ! WAVELENGTH OR FREW RESNINE EX FLUNDESCENES SPEC TAN( 9 -> I FX FORCE SPECTRUNCUP 1 NO LIGHT HERE ! . - NOT ALLAT PRECISELY WED () WHAT IS LIGHT! E- OSCILLATING ELECTRIC FIELD B A DIREMAIN OF PROPACATION WAVE LENGTH P POYNTING VECTOR K K-VECTOR OR WALEVECTOR SIMMENT WAVE TO DEAL WITH IS A PLANE WAVE FREUNDE ANDOUR FREQ = 217= 272 PROPAGATING IN Z F = Foe ( K . 2 - cut) TING = E cos ( 1. 2 - out ) + i sin ( 1 2-at ALL PUZNT ) 2 ! IN PHASE ofan C = AV DIRECTZN OF BLEETAX FRAUD - POLAPIZITIN REAL PART ( + 9 ) FORCE ON A CHARGED PAPICLE AUM EVENOIL FIELD - F= q Re ( E )