help with part c please
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this is part c:
Forming $ Assembling s Testing s Painting $ Packing and shipping s Total costs assigned (a) $ Units produced (b) Overhead cost per unit (a) + $ (b)] Under traditional product costing, compute the total unit cost of each product. (Round onswers to 2 decimal ploces, eg. 12.50) \begin{tabular}{|c|c|c|c|c|c|c|c|} \hline \begin{tabular}{l} Activity \\ Cost Pool \end{tabular} & & \begin{tabular}{l} Estimated \\ Overhead \end{tabular} & \begin{tabular}{r} Estimated \\ Use of Cost Dri \end{tabular} & & & \begin{tabular}{l} Activity-Based \\ Overhead Rate \end{tabular} & \\ \hline Receiving & $ & 90,450 & 335,000 & Pounds & $ & 0.27 & poun \\ \hline Forming & & 154000 & 35,000 & Machine & $ & 4.40 & mact \\ \hline Assembling & & 410,130 & 217,000 & Parts & s & 189 & \\ \hline Testing & & 48,980 & 25,500 & Tests & 5 & 1.92 & pert \\ \hline Painting & & 57,838 & 5,258 & Gallons & s & 11.00 & \begin{tabular}{l} per \\ gallo \end{tabular} \\ \hline Packing: & & & & & & & 8% \\ \hline and & & 820.750 & 335000 & Pounds & $ & 2.45 & \begin{tabular}{l} per \\ poun \end{tabular} \\ \hline shippin & & & & & & & \\ \hline & 5 & 1,582.128 & & & & & \\ \hline \end{tabular} Under ABC, prepare a schedule showing the computations of the activity-based overhead rates (per cost driver). (Round overhead rote to 2 decimal ploces, eg 12.25 ) \begin{tabular}{|c|c|c|c|c|c|} \hline & & & & Driver & \begin{tabular}{l} se of \\ by Product \end{tabular} \\ \hline Activity Cost Pools & Cost Drivers & Estimated Overhead & \begin{tabular}{l} Estimated Use of \\ Cost Drivers. \end{tabular} & Home & Commercial \\ \hline Receiving & Pounds & $90,450 & 335,000 & 215,000 & 120,000 \\ \hline Forming & Machine hours & 154,000 & 35,000 & 27,000 & 8,000 \\ \hline Assembling & Number of parts & 410,130 & 217,000 & 165,000 & 52,000 \\ \hline Testing & Number of tests & 48.960 & 25,500 & 15,500 & 10,000 \\ \hline Painting & Gallons & 57,838 & 5,258 & 3,680 & 1,578 \\ \hline \multirow[t]{2}{*}{ Packing and shipping } & \multirow[t]{2}{*}{ Pounds } & 820,750 & \multirow[t]{2}{*}{335.000} & \multirow[t]{2}{*}{215,000} & \multirow[t]{2}{*}{120,000} \\ \hline & & $1.582.128 & & & \\ \hline \end{tabular} Prepare a schedule assigning each activity's overhead cost pool to each product based on the use of cost drivers. (Round overheod cost per init to 2 decimal places, es. 12.25 and cost asstgned to 0 declmal places, es 2,500) Bramble Fire, Inc. manufactures steel cylinders and nozzies for two models of fire extinguishers: (1) a home fire extinguisher and (2) a commercial fire extinguisher. The home model is a high-volume (54,000 unlts), half-gallon cylinder that holds 21/2 pounds of multipurpose dry chemical at 480 PSI. The commercial model is a low-volume (10,200 units), two-gallon cylinder that holds 10 pounds of multi-purpose dry chemical at 390 PSI. Both products require 1.5 hours of direct labor for completion. Therefore, total annual direct labor hours are 96,300 or [1.5 hours (54,000+10,200)]. Estimated annual manufacturing overhead is $1,582,128. Thus, the : predetermined overhead rate 15$16,43 or ($1,582,12896,300) per direct labor hour. The direct materials cost per unit is $18.50 for the home model and $26,50 for the commercial model. The direct labor cost is $19 per unit for both the home and the commercial models. The company's managers identified six activity cost pools and related cost drivers and accumulated overhead by cost pool as follows. Prepare a schedule assigning each activity's overhead cost pool to each product based on the use of cost drivers. (Round overhead cost per unit to 2 declmal places, e.8. 12.25 and cost assigned to 0 decimal places, es. 2,500.)
