Which scenario would lead to the greatest convectional heat loss from a lizard to the surrounding air? lizard surface temperature 5 degree C lower than air temperature, and high wind speed lizard surface temperature 5 degree C lower than air temperature, and low wind speed lizard surface temperature 5 degree C higher than air temperature, and high wind speed lizard surface temperature 5 degree C higher than air temperature, and low wind speed izard surface temperature 10 degree C higher than air temperature, and high wind speed lizard surface temperature 10 degree C higher than air temperature, and low wind speed Why would large leaves (having a large surface area) typically be warmer during the daytime than small leaves under identical conditions and stomatal or pore apertures or opening size? Assume that the leaves have identical orientation and surface optical properties. large leaves would receive and absorb more solar radiation large leaves would lose more water vapor and experience greater transpirational cooling large leaves would have a thicker boundary layer, reducing convectional heat loss all of the above a and c