96.10: Two wave pulses approach each other as seen in the figure to the( -f+ esxtb2c ov3 q:socrru*5 right. The wave pulses overlap at point P. Which diagram best represents rf-2+o3 tq 5ccsr:(v*usoxbe the appearance of the wave pulses as they leave point P?

  02.05: The diagram shows two transverse pulses moving along a st7+ xvfjd *nps9tk(9k.ia( caoring. One pulse is moving to the right and the second is moving to the left. Both pulses reach poxo7 pik( ksndfc(*.v 99j+ataint x at the same instant. What would be the resulting motion of point x as the two pulses pass each other?

  04.07: Which of the folm)zq9 q9k/dpllowing is best explained only by the wave theory of light?)ql9k9p zq/md

  09.46: Monochromatic light is inci0/ pv7ie/erxx dent on a slide containing six infinitely thin, equally spaced slits as shown in the figure. The resulting interference pattern on a distant screen reveals a place of total destructive interference. Of the following, what0 /vee7 /irxpx must be the phase difference (in radians) between the electric fields from each of the adjacent slits for this location on the screen?