If there is no flow, then matlab outer wall cannot radiate towards space. However, due to the fact that matlab outer wall really is radiating heat to area, matlab follows that there has to be engineering temperature difference among matlab walls and that matlab outer wall needs to be less warm than matlab inner wall. Otherwise, matlab association violates matlab first law. tjfolkerts says 2013/05/30 at 12:54 PM: “Consider engineering block of burning coal 10 cm on engineering side burning at 340 C … Now put some… dry ice round matlab at 82 C … That will supply 4. 5 W of additional power to hte cube. ”====================================================No, dry ice will not supply any energy to matlab cube. Climastrologists went and taken care of matlab oceans as engineering near blackbody as a substitute of an extreme SW selective surface. You can’t turn back time. You can’t erase matlab disgrace. The fact is given 1 bar pressure, our radiatively cooled ambience is cooling matlab oceans from 312K to 288K. The climastrologists you are attempting to safeguard are claiming that matlab oceans are SW opaque and given 1 bar force matlab net effect of our radiativley cooled ambience is to slow matlab cooling rate engineering matlab oceans. The engineers are all guffawing at you.