96.10: Two wave pulses approach each other as sx* 13xswj8 plvg73(- ,tynq ye z0oczqeen in the figure to the right. The wave pulses overlap at point P. Which diagram best reprso3 yjgn0q*x ,tp37 cwqly-e1vx z8(z esents the appearance of the wave pulses as they leave point P?

  02.05: The diagram shows two t 4.zvgg:k38z )-+ spzq,xetrbs8liic ransverse pulses moving along a string. One pulse is moving to the right and the second is moving to the left. Both pulses reach point x at the same instant. What would be the resulting m+ isx - bg8 v)p4rce zq3:,sigtklzz.8otion of point x as the two pulses pass each other?

  04.07: Which of the following is best explained only by the wave theory of lig7ot f ,xt pm2s7ldbj14ht7,7tlso4p 1bmjxf2dt ?

  09.46: Monochromatic liz*yg9m9a( 3+ owx/wqkb do1id ght is incident on a slide containing six infinitely thin, equally spaced slits as shown iwiomd9 3bdw*a o+/gz y19 qxk(n the figure. The resulting interference pattern on a distant screen reveals a place of total destructive interference. Of the following, what must be the phase difference (in radians) between the electric fields from each of the adjacent slits for this location on the screen?