Under the existing NRV method, which product has the highest gross margin percentage assuming all quantities available after further processing are sold for the given price? $($Round answers to $2$ decimal places, e$.$g$.15\mathrm{.}25\backslash \%.)$

Product has the highest gross margin percentage.

If the physical quantities method is used, which product has the highest gross margin percentage $($again$,$ assuming all quantities available are sold for the given price after further processing$)?($Round answers to $2$ decimal places, e$.$g$.15\mathrm{.}25\backslash \%.)$

Product has the highest gross margin percentage. Donna is looking back at her work from last year, when she allocated the company's key process costs to its three products. She knows that the company has historically used the NRV method to allocate joint costs. Unfortunately, the printout that she has of the final allocations and supporting detail is only partially legible. You see, Kenneth accidently set the sprinklers off in the office last week, and Donna's printout was the recipient of most of that water. Here is a replication of what she could see from the printout; she noted missing information with lowercase roman numerals. Under the existing NRV method, which product has the highest gross margin percentage assuming all quantities available after further processing are sold for the given price? $($Round answers to $2$ decimal places, e$.$g$.15\mathrm{.}25\backslash \%.)$

Product has the highest gross margin percentage.

If the physical quantities method is used, which product has the highest gross margin percentage $($again$,$ assuming all quantities available are sold for the given price after further processing$)?($Round answers to $2$ decimal places, e$.$g$.15\mathrm{.}25\backslash \%.)$

Product has the highest gross margin percentage.