Question: Answer the heat mass and transfer problem according to the equation and method applied in the notes only! only apply the method shown 2. [1

Answer the heat mass and transfer problem according to the equation and method applied in the notes only! only apply the method shown

2. [1 point] A greenhouse is constructed of silica glass that is known to transmit 92% of incident radiant energy between wavelengths of 0.35m and 2.7m. The glass may be considered opaque for wavelengths above and below these limits. Considering the sun to emit as a black body at 5800K, determine the percentage of solar radiation that will pass through the glass. Some theory behind the problem: The fraction of energy between 2 wavelergtus (1 and 2) ran be calculated Previously: F0kT=0kTexp(kTch)12c2h(T)5d(kit FX1TK2T=F0K2TF0K1T0K2T[exp(kT(ch)T]2c2h(XT)Sd(2T)0h1T[exp(kTch)1]2c2h(KTT)5d(KT)

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