Allocating Joint Costs Using the Net Realizable Value MethodA company manufactures three products, L$-$Ten, Triol, and Pioze, from a joint process. Each production run costs $$12,000.$ None of the products can be sold at split$-$off, but must be processed further. Information on one batch of the three products is as follows:Product GallonsFurther ProcessingCost per GallonEventual MarketPrice per GallonL$-$Ten $3,100$$$0\mathrm{.}70$ $$2\mathrm{.}70$ Triol $3,6001\mathrm{.}104\mathrm{.}90$Pioze $2,4001\mathrm{.}406\mathrm{.}70$Required:$1.$ Allocate the joint cost to L$-$Ten, Triol, and Pioze using the net realizable value method. Round your allocation percentages to four decimal places and round the allocated costs to the nearest dollar.Joint CostGradesAllocationL$-$Ten$fill in the blank $1$Triolfill in the blank $2$Piozefill in the blank $3$Total$fill in the blank $42.$ What if it cost $$2\mathrm{.}10$ to process each gallon of Triol beyond the split$-$off point? How would that affect the allocation of joint cost to the three products? Round your allocation percentages to four decimal places and round the allocated costs to the nearest dollar.Joint CostGradesAllocationL$-$Ten$fill in the blank $5$Triolfill in the blank $6$Piozefill in the blank $7$Total$fill in the blank $8$e$$K

L$-$Ten

Triol

Pioze

$3,100$

$$0\mathrm{.}70$

$$2\mathrm{.}70$

Required:

Allocate the joint cost to L$-$Ten, Triol, and Pioze using the net realizable value method. Round your allocation percentages to four decimal places and round the allocated costs to the nearest dollar.

$\backslash$table$[[,$Joint Cost$],[$Grades$,$Allocation$],[$L$-$Ten,$