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&[DATE] &[TIME] - &[FILENAME]

Heat Capacity (HC) is the amount of heat energy required to raise the temperature of a mass one degree Fahrenheit. Heat capacity is per square foot of wall area (Btu/ft2·°F) and includes all layers in a wall. For a single layer wall, HC is calculated by multiplying the density of the material times its thickness (in feet) times the specific heat of the material. Heat capacity for a multilayered wall is the sum of the heat capacities for each layer.

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Function/equation divided by the final unitsNote #Y[count is the "second range variable" as we evaluate over #X (t in this case) t ρ f ρ count el t * 0.22 BTU lb Δ°F * / * * BTU ft 2^Δ°F * / / :

Thickness (#X)Thickness Unitless (#X1)Density (#Y)EXTRA VARIABLE THAT CAN BE PLACED HERE (OPTIONAL) t 4126 range (in * : t1 t in / : ρ 8513595 range (lbm ft 3^/ * : 31 sys

Variables #X, #X1 (#X Unitless), & #Y required. #Z and more as necessary. #X #X1 #Y rangesingle fly 0 : count 1 #Y rows range fly count el #X1 #X #Y f augment (: for fly 21 line 21 line :

There is supposed to be 6 submatrices ... t t1 ρ rangesingle 4 6.2333 6 9.35 8 12.4667 10 15.5833 12 18.7 52 mat 4 6.9667 6 10.45 8 13.9333 10 17.4167 12 20.9 52 mat 21 mat

15 t t1 ρ rangesingle 2 1 sys

Variables #X,#Y required. #Z and more as necessary.plot[1,count) is the equation divided by the final unitsNote #Y[count is the "second range variable". #X #Y #Z rangeindividual plot 0 : count 1 #Y rows range plot 1 count el #X #Y #Z f : 11 line for plot 31 line :

t ρ G rangeindividual #

t1 t ρ G rangeindividual 1 el augment t1 t ρ G rangeindividual 2 el augment t1 t ρ G rangeindividual 3 el augment t1 t ρ G rangeindividual 4 el augment t1 t ρ G rangeindividual 5 el augment t1 t ρ G rangeindividual 6 el augment 15 7 1 sys

ρ lbm ft 3^/ 859510511512513561 mat