The machining division of Oriole International has a capacity of $2,420$ units. Its sales and cost data are:

$\backslash$table$[[$Selling price per unit,$85],[$Variable manufacturing costs per unit,$25],[$Variable selling costs per unit,$4],[$Total fixed manufacturing overhead,$223,000]]$

The machining division is currently selling $2,220$ units to outside customers, and the assembly division of Oriole International wants to purchase $400$ units from machining. If the transaction takes place, the variable selling costs per unit on the units transferred to assembly will be $$\frac{0}{?}$ unit, and not $$\frac{4}{?}$ unit. Assume that the units being requested are special high$-$performance units, and that the division's variable cost would be $$24$ per unit. What is the minimum transfer price that the machining division should accept? $($Round answer to $2$ decimal places, e$.$g$.15\mathrm{.}25.)$

Minimum transfer price $

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Ivanhoe Corporation produces microwave units. The following per$-$unit cost information is available: direct materials $$37$; direct labour $$23$; variable manufacturing overhead $$20$; fixed manufacturing overhead $$42$; variable selling and admintrative expenses $$12$; and fixed selling and administrative expenses $$26.$ Its desired ROI per unit is $$30\mathrm{.}32.$ Calculate the markup percentage using the absorption$-$cost approach. $($Round answer to $2$ decimal places, e$.$g$.15\mathrm{.}25\%.)$

Markup percentage

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Sunland Corporation produces microwave units. The following per$-$unit cost information is available: direct materials $$36$; direct labour $$23$; variable manufacturing overhead $$18$; fixed manufacturing overhead $$40$; variable selling and administrative expenses $$13$; and fixed selling and administrative expenses $$30.$ Its desired ROI per unit is $$29\mathrm{.}90.$ Calculate the markup percentage using variable$-$cost pricing. $($Round answer to $2$ decimal places, e$.$g$.15\mathrm{.}25\%.)$

Markup percentage

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