for over the 20th century? Lack of cold air drainage from the higher elevations
ID: 296289 • Letter: F
Question
for over the 20th century? Lack of cold air drainage from the higher elevations of the adjacent Sierra Enhanced greenhouse waming due to increased water vapor in the atmosphere morning as humidity increases O c. radiative flux at night due to the swelling of stored in the vegetative An enhanced downward sensible heat fux at night resulting from exdra energy stored in the vegetative lanpe ? QUESTION 4 A. True B. False Double QUESTION 5 balance than vertical heat fluxes A False B. True/ / ? Click Save and Submit to save and submit. Click Save All Answers to save allExplanation / Answer
Answer-3) The surface temerature variation is the function of the solar flux only. this means that the surface of the earth will we colder or warmer is greatly influence by the amount of recieving the solar radiation in the perdicular flux per unit area and the heat energy in that perticular locations. the earth have the high pressure of the gasous contents near to the surface and this means the velocity will be low. thus the heating of the gases near to the surface will be more per unit area as compared to the other layer of the gases. this make the gases more and more hot and energies them. in this last 20 centuries the amount of carbon dioxide also increases and result in the global heating. this heated gases is consumed by the vegetation near to the surface region of the valley and make the increament in the minimum surface temperature of the valley in the california.
so the correct answer is D)
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Answer -4) In this we need to understand the concept of the latent heat of the solar flux takes place in a unit area. according to this flux of the latent heat the liquid and the gases molecules near to the surface level of the earth absorb the incoming solar flux radiations. this makes the more gaseous transformations of the liquid phase and consequently increase the previous gaseous phase in that region . also conclude that the magnitude of this latent heat of flux will be maximum when it radiate perpendicular to the region of actions.this incease the annual heat and the magnitude of the sensible heat fluxes as it create the addition of the energy which is already in the excited state due to phase transformation. thus the answer is TRUE.
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Answer -5) The magnitude will be maximum in the verticle direction of the flux and it will be minimum in case of the horizontal as it will be in decreasing order due to layer by layer action of the flux propogation. as if we take the case of the deep ocean then the highest recieving flux will be only at the top layers and it will be going to decrease in the layer which is more deep or we can say reduce with the increament of the depth.But it will create the horizontal enery more strongly at the surface as compared to the verticle flux as it get added up to the double. thus the answer is TRUE.
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