Using the data from the problem below, if the racks were $4$ high and the rotation of the Product A is $30$ and B is $40$; what would be the use of this rack This is the data of the problem to be use and the answer is the $2$nd photo: With the following layout determine the cost of handling materials in this warehouse. Product Use in annual pallets A $400$ B $750$ Cost $/$ foot $ $0\mathrm{.}40$ Con el siguiente layout determine el costo de manejo de materiales en este almacen. $10$ Producto A B Uso en paletas annual $40075030555|$ B $16$ B Costo Ipie $ $0\mathrm{.}40$Cost of transportation$/$ft $$0\mathrm{.}40$ Entry Exit $5$ s s$!$ A B $10$ For Product A$,$ Augis' Transportation distance$/$ unit $(102+2\mathrm{.}5\text{'}+2\mathrm{.}5\text{'}+8\text{'}$t L$25)+(1\mathrm{.}25\text{'}+3\text{'}+2\mathrm{.}5\text{'}5\text{'}\text{'}+30\text{'})=76\text{'}$ Tigunas For B$,$ Transportation distance$/$Unit $-(10\text{'}+3\text{'}+1\mathrm{.}25\text{'})+(1\mathrm{.}25\text{'}+3\text{'}+2\mathrm{.}5\text{'}+5\text{'}+30\text{'})-66\text{'}$ For B$2-$ Transportation distance$/$unit $(10+2\mathrm{.}5+2\mathrm{.}5\text{'}+3\text{'}+1\mathrm{.}75\text{'})+(1\mathrm{.}25\text{'}+3\text{'}+2\mathrm{.}5\text{'}+30\text{'}).66\text{'}$ For Product B$,$ Transportation dist$/$unit $=66$ Product Use in annual pallets Transportation$/$Handling cest $($cents$)400400$x $76$ x$0\mathrm{.}40$ $$12,160750750$ x $66$ x $0\mathrm{.}40=$ $ $19,800$ A $09$