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$\backslash$table$[[4,$A$,$B$,$C$,$D$,$E$,$F$...],[1],[2],[3],[4,,\backslash$table$[[$Quantity$],[$Shipped$]],$Total Revenue,Transit KM$,,],[5,,78100,204,346,300,33070,,],[6,,60900,194,647,000,45130,,],[7,,45400,174,823,800,14840,,],[8,,77300,229,304,800,30740,,],[9,,50400,245,027,700,39750,,],[10,,50200,204,694,500,34010,,],[11,,54800,210,460,100,33880,,],[12,,66800,148,113,900,36700,,],[13,,60100,237,597,000,39110,,],[14,,72500,223,950,600,45870,,],[15,,48700,106,501,200,36130,,],[16,,48800,159,203,600,46030,,],[17,,54200,183,326,000,43460,,],[18,,15,5,,2,$e$)],[19,,,,,,],[20,,,$E$,28,,],[,,,,25,,]]$

Type the function and range which would be used to calculate the $2^{nd}$ highest revenue value in Total Revenue. ie $=$ function $($range$)$ Blank $1$

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