A company offers ID theft protection using leads obtained from client banks. Three employees each work 40 hours a week on the leads. These employees are each paid $25 per hour. Each employee identifies an average of 3,000 potential leads a week. There are no duplications in these three lists. Material costs are $1,000 per week, and overhead costs are $9,000 per week. An average of 4 percent of the potential leads actually sign up for the service, paying a one-time fee of $70. Consider the output as the fees generated. a) What are the labor hours productivity and the multifactor productivity for this operation

Output = 4%*3000 * $70 * 3

Output = $25,200

Labor hours productivity = Output / Labor hour

Where Labor hour = 3 * 40 hours = 120 hours

Labor hours productivity =  $25,200 / 120 hours

Labor hours productivity = $210 per labor hour

Multi factor productivity for this operation = Output / Multi factor input

Where Multi factor input = 120*$25 + $1,000 + $9,000 = $13,000

Multi factor productivity for this operation = $25,200 / $13,000

Multi factor productivity for this operation = 1.938462

Multi factor productivity for this operation = 1.94

support your answer using the data presented. (5 points). 4. based on the information you used to schedule and curve, which product would you recommend the shoe hut focus on, and why? provide details that support your answer. (5 points).

his average speed in km per hour is ≈ 55.4 km/h and about 15.4 m/s.