Answer:
The last year's performance taking into account that was mofied 375 autos and considering inputs as Labor, Kits and Energy was $2,667 per auto.
Explanation:
1. To define a multifactor measure is necessary start by calculate the cost of different resources that was assembled, as follows:
1. Labor resource= 10,000 h
Labor cost per hour= $[tex]\frac{20}{h}[/tex]
Labor input = [tex]10,000h*\frac{20}{h}[/tex]=$200,000
2. Suspension and engine modification kits = 500
Cost of each Kit= $1,000
Kit's Input= [tex]500 kits*\frac{1000}{kit}[/tex] = $500,000
3. Energy resource= 100,000 kilowatt-hours = 100,000 kW-h
Cost of each kilowatt-hour= $[tex]\frac{3}{kW-h}[/tex]
Energy Input= [tex]100,000kW-h*\frac{3}{kW-h}[/tex]= $300,000
2. Now, for an overall performance you should sum differents Inputs;
Total Input=Labor Input + Kit's Input + Energy Input
Total Input= $200,000 + $500,000 + $300,000
Total Input = $1,000,000
3. Define how much money of the inputs ($1,000,000) corresponds to each of 375 autos:
Input per Auto = $[tex]\frac{1,000,000}{375}=[/tex]=$2,667
4. Answer:
The last year's performance taking into account that was mofied 375 autos and considering inputs as Labor, Kits and Energy was $2,667 per auto.
