Sometimes. light cannot get out of the boundary between two transparent media. This leads to an interesting phenomenon known as TOTAL INTERNAL REFLECTION. Given the figure below, which refracted angles shows total internal reflection? A I I G I I D can't be determined The figure below shame that light travels. from D glass to water |:| less dense to more dense medium D glass to air |:| more dense to less dense medium Given the figure below, what is the correct expression for the electric field as a function of position and time? E =750j N/C B E=(750 N/C)cos( kx + wt) E=Emax cos( fx -wt) E=Emax cos( fx + wt) E=(750 N/C)cos( Rx - wt)Given the figure below, how is the value of the angle of incidence compare to the value of the angle of refraction? The incident angle is less than the refracted angle. The incident angle is greater than the refracted angle. Option 5 The incident angle is equal to the refracted angle. can't be determined Option 6