Question ID:PT85 S2 Q17 Passage:Increasing the electrical load carried on a transmission line increases the line's temperature, and too great a load will cause the line to exceed its maximum operating temperature. The line's temperature is also affected by wind speed and direction: Strong winds cool the line more than light winds, and wind blowing across a line cools it more than does wind blowing parallel to it. Stem:Which one of the following is most strongly supported by the information above? Correct Answer Choice:CChoice A:Electrical utility companies typically increase the electrical load on their transmission lines on days on which the wind has a strong cooling effect. Choice B:Transmission lines that run parallel to the prevailing winds can generally carry greater electrical loads than otherwise identical lines at a right angle to the prevailing winds. Choice C:The electrical load that a transmission line can carry without reaching its maximum operating temperature increases when the wind speed increases. Choice D:Air temperature has less effect on the temperature of a transmission line than wind speed does. Choice E:The maximum operating temperature of a transmission line is greater on windy days than on calm days.