Which three factors drive labor cost? a. Production capacity b. Wage and benefit rates c. Automation levels d. Second shift/Overtime costs e. b, c, d

Which three factors drive labor cost?
a. Production capacity
b. Wage and benefit rates
c. Automation levels
d. Second shift/Overtime costs
e. b, c, d
by

1 Answer

Answer :

e. b, c, d
by

Related questions

Labor costs are driven by three factors: a. wage and benefit rates, automation levels, and MTBF. b. wage and benefit rates, positioning, and second shift. c. wage and benefit rates, second shift, and MTBF. d. wage and benefit rates, automation levels, and second shift. e. wage and benefit rates, second shift, and material costs.

Description : Labor costs are driven by three factors: a. wage and benefit rates, automation levels, and MTBF. b. wage and benefit rates, positioning, and second shift. c. wage and benefit rates, second ... , automation levels, and second shift. e. wage and benefit rates, second shift, and material costs.

Last Answer : d. wage and benefit rates, automation levels, and second shift.

A new unit of capacity costs $6 for the floor space plus $4 times a. hourly wage. b. automation rating. c. unit cost. d. MTBF. e. $0.65.

Description : A new unit of capacity costs $6 for the floor space plus $4 times a. hourly wage. b. automation rating. c. unit cost. d. MTBF. e. $0.65.

Last Answer : b. automation rating.

What is the total cost in dollars for adding 1.0 million units of capacity to a production line with an automation level of 1.0 and floor space costs per unit of $6? Assume automation costs per unit of $4. a. $26 million b. $10 million c. $2.6 million d. $1 million e. none of the above

Description : What is the total cost in dollars for adding 1.0 million units of capacity to a production line with an automation level of 1.0 and floor space costs per unit of $6? Assume automation costs per unit of $4. a. $26 million b. $10 million c. $2.6 million d. $1 million e. none of the above

Last Answer : b. $10 million

All of the following are direct implications of hiring a second shift except: a. increased production capacity. b. paying higher wages to second shift. c. training costs. d. increased MTBF. e. recruitment costs.

Description : All of the following are direct implications of hiring a second shift except: a. increased production capacity. b. paying higher wages to second shift. c. training costs. d. increased MTBF. e. recruitment costs.

Last Answer : d. increased MTBF.

What does not drive length of R&D project? a. The product's automation level on the Production line. b. The amount of money You are willing to spend on it. c. The number of R&D projects underway at the same time. d. The proximity of the product's new location to an existing product in your company's line. e. The labor strike.

Description : What does not drive length of R&D project? a. The product's automation level on the Production line. b. The amount of money You are willing to spend on it. c. The number of R&D projects underway ... of the product's new location to an existing product in your company's line. e. The labor strike.

Last Answer : The labor strike.

What is one drawback of increasing automation? a. The product requires increased time/expense for subsequent short-move repositioning. b. Operating second shift becomes more expensive. c. Automation causes large leaps in repositioning. d. Automation slows production capability. e. It requires more employees for the production line.

Description : What is one drawback of increasing automation? a. The product requires increased time/expense for subsequent short-move repositioning. b. Operating second shift becomes more expensive. c. ... d. Automation slows production capability. e. It requires more employees for the production line.

Last Answer : a. The product requires increased time/expense for subsequent short-move repositioning.

The cost to increase automation to 8.0 is equal to a. First Shift Capacity X [$8 X (4 – Automation Level). b. First Shift Capacity X [$8 X (4 + Automation Level). c. First Shift Capacity X [$4 X (8 – Automation Level). d. First Shift Capacity X [$4 X (8 + Automation Level). e. First Shift Capacity X [$4 X (4 – Automation Level)

Description : The cost to increase automation to 8.0 is equal to a. First Shift Capacity X [$8 X (4 - Automation Level). b. First Shift Capacity X [$8 X (4 + Automation Level). c. First Shift Capacity X [$4 X ... Capacity X [$4 X (8 + Automation Level). e. First Shift Capacity X [$4 X (4 - Automation Level)

Last Answer : c. First Shift Capacity X [$4 X (8 – Automation Level).

Adding one additional unit of capacity costs a. $4 x Change (difference) in Automation Level b. $6 + ($4 x Current Automation Level). c. $6 x Change (difference) in Automation Level. d. $4 + ($6 x Current Automation Level). e. none of these.

Description : Adding one additional unit of capacity costs a. $4 x Change (difference) in Automation Level b. $6 + ($4 x Current Automation Level). c. $6 x Change (difference) in Automation Level. d. $4 + ($6 x Current Automation Level). e. none of these.

Last Answer : b. $6 + ($4 x Current Automation Level).

If you sell off a production line (capacity and automation), the amount of cash that the company will receive will be a. 65% of the original cost. b. average cost of production for the previous year (market price). c. 50% of the book value. d. 50% of the acquisition cost. e. 65% of the book value.

Description : If you sell off a production line (capacity and automation), the amount of cash that the company will receive will be a. 65% of the original cost. b. average cost of production for the previous year (market ... . 50% of the book value. d. 50% of the acquisition cost. e. 65% of the book value.

Last Answer : a. 65% of the original cost.

How can the R&D cycle time be reduced? a. Increasing automation levels b. Budgeting money to quality initiatives c. Increasing R&D budget d. Decreasing product portfolio e. Decreasing capacity

Description : How can the R&D cycle time be reduced? a. Increasing automation levels b. Budgeting money to quality initiatives c. Increasing R&D budget d. Decreasing product portfolio e. Decreasing capacity

Last Answer : b. Budgeting money to quality initiatives

ncreasing a product’s reliability will result in which of the following changes to production costs? a. Lower material cost b. Higher material cost c. Higher labor costs d. Lower labor costs e. Reducing MTBF has no effect on costs of production

Description : ncreasing a product’s reliability will result in which of the following changes to production costs? a. Lower material cost b. Higher material cost c. Higher labor costs d. Lower labor costs e. Reducing MTBF has no effect on costs of production

Last Answer : b. Higher material cost

What is one way to lower material costs? a. decrease MTBF b. increase capacity c. increase automation d. none of the above

Description : What is one way to lower material costs? a. decrease MTBF b. increase capacity c. increase automation d. none of the above

Last Answer : a. decrease MTBF

How can assembly lines double their capacity? a. Speed up the production. b. Add a second shift. c. Double the material. d. Build more assembly lines. e. Assembly lines cannot be doubled.

Description : How can assembly lines double their capacity? a. Speed up the production. b. Add a second shift. c. Double the material. d. Build more assembly lines. e. Assembly lines cannot be doubled.

Last Answer : b. Add a second shift.

Higher automation leads to lower production costs and has what effect on repositioning a product on the perceptual map? a. makes it more difficult and expensive b. makes it easier and cheaper c. no effect d. eliminates repositioning

Description : Higher automation leads to lower production costs and has what effect on repositioning a product on the perceptual map? a. makes it more difficult and expensive b. makes it easier and cheaper c. no effect d. eliminates repositioning

Last Answer : a. makes it more difficult and expensive

Which is false about production in Capsim? a. Teams cannot produce beyond 100% capacity. b. Teams should match their production schedule to the teams sales forecast. c. There is a one year lag between purchase and use of additional production capacity. d. There is a one year lag between purchase and use of additional production automation. e. All of the above are true.

Description : Which is false about production in Capsim? a. Teams cannot produce beyond 100% capacity. b. Teams should match their production schedule to the teams sales forecast. c. There is a one year lag ... year lag between purchase and use of additional production automation. e. All of the above are true.

Last Answer : a. Teams cannot produce beyond 100% capacity.

Lowering the automation level will result in a. receiving a cash payment of $4 per unit of capacity. b. a tax credit. c. a charge. d. immediate changes to production lines. e. none of the above.

Description : Lowering the automation level will result in a. receiving a cash payment of $4 per unit of capacity. b. a tax credit. c. a charge. d. immediate changes to production lines. e. none of the above.

Last Answer : c. a charge.

If you purchase production capacity and automation: a. it is available immediately. b. it is available in 6 months. c. it is available in the next year. d. it is available when you need it. e. none of the above.

Description : If you purchase production capacity and automation: a. it is available immediately. b. it is available in 6 months. c. it is available in the next year. d. it is available when you need it. e. none of the above.

Last Answer : c. it is available in the next year.

In the Capstone® simulation, what are the components of a product’s material cost? a. Cost of Inventory on hand and the cost to store it b. Reliability component cost and positioning component cost c. The costs associated with inventory, shipping and handling d. Level of automation and product reliability e. None of the above

Description : In the Capstone® simulation, what are the components of a product's material cost? a. Cost of Inventory on hand and the cost to store it b. Reliability component cost and positioning component ... , shipping and handling d. Level of automation and product reliability e. None of the above

Last Answer : b. Reliability component cost and positioning component cost

.As a manager you need to change the automation level of your segment from 2 to 5. The line has a capacity of $2 million. How much would it cost? a. $12 million b. $24 million c. $10 million d. $6 million e. none of the above

Description : .As a manager you need to change the automation level of your segment from 2 to 5. The line has a capacity of $2 million. How much would it cost? a. $12 million b. $24 million c. $10 million d. $6 million e. none of the above

Last Answer : b. $24 million

.If you are currently producing 100,000 units and your automation level is 10, how much will it cost you to double your capacity? a. $1,000,000 b. $4,600,000 c. $100,000 d. $10,000 e. none of the above

Description : .If you are currently producing 100,000 units and your automation level is 10, how much will it cost you to double your capacity? a. $1,000,000 b. $4,600,000 c. $100,000 d. $10,000 e. none of the above

Last Answer : b. $4,600,000

If a line has a capacity of 100,000 units, the cost of changing the automation level 1 unit either up or down is a. $60,000. b. $40,000. c. $400,000. d. $600,000. e. none of the above.

Description : If a line has a capacity of 100,000 units, the cost of changing the automation level 1 unit either up or down is a. $60,000. b. $40,000. c. $400,000. d. $600,000. e. none of the above.

Last Answer : c. $400,000.

If you want to add 500,000 units of capacity to an assembly line with an automation rating of 5, how much will it cost? a. 1,200,000 b. 1,300,000 c. 13,000,000 d. 24,000,000 e. 26,000,000

Description : If you want to add 500,000 units of capacity to an assembly line with an automation rating of 5, how much will it cost? a. 1,200,000 b. 1,300,000 c. 13,000,000 d. 24,000,000 e. 26,000,000

Last Answer : c. 13,000,000

If you increase automation from 2.0 to 5.0, the cost is: a. $12 per unit of capacity. b. $15 per unit of capacity. c. $9 per unit of capacity. d. $6 per unit of capacity. e. Cannot determine with this information.

Description : If you increase automation from 2.0 to 5.0, the cost is: a. $12 per unit of capacity. b. $15 per unit of capacity. c. $9 per unit of capacity. d. $6 per unit of capacity. e. Cannot determine with this information.

Last Answer : a. $12 per unit of capacity.

Your workers go on strike because they have demanded $20/hour and your wage negotiation ceiling is at $18/hour. Assuming that there are no other labor demands, how long will the strike last? a. 2 weeks b. 4 weeks c. 8 weeks d. 16 weeks e. There is no way to determine how long the strike will last.

Description : Your workers go on strike because they have demanded $20/hour and your wage negotiation ceiling is at $18/hour. Assuming that there are no other labor demands, how long will the strike last? a. 2 weeks b. ... . 8 weeks d. 16 weeks e. There is no way to determine how long the strike will last.

Last Answer : a. 2 weeks

Labor Negotiation includes: a. hourly wage. b. benefits. c. profit sharing. d. annual raise. e. all of the above.

Description : Labor Negotiation includes: a. hourly wage. b. benefits. c. profit sharing. d. annual raise. e. all of the above.

Last Answer : e. all of the above.

This process management initiative reduces material cost and, to a lesser degree, labor costs. a. Concurrent Engineering (CCE)/Six Sigma b. Benchmarking c. Continuous Product Improvement systems (CPI) d. Channel Support systems e. Quality Initiative Training (QIT)

Description : This process management initiative reduces material cost and, to a lesser degree, labor costs. a. Concurrent Engineering (CCE)/Six Sigma b. Benchmarking c. Continuous Product Improvement systems (CPI) d. Channel Support systems e. Quality Initiative Training (QIT)

Last Answer : c. Continuous Product Improvement systems (CPI)

Within the process management initiatives, concurrent engineering a. reduces material cost, inventors’ carrying costs and administrative overhead. b. reduces labor costs. c. increases the effectiveness of the sales budget and therefore demand. d. reduces R&D cycle time. e. none of the above.

Description : Within the process management initiatives, concurrent engineering a. reduces material cost, inventors’ carrying costs and administrative overhead. b. reduces labor costs. c. increases the effectiveness of the sales budget and therefore demand. d. reduces R&D cycle time. e. none of the above.

Last Answer : d. reduces R&D cycle time.

Within the Process Management Initiatives, channel support systems a. reduce material cost. b. reduce labor costs. c. increase demand. d. reduce R&D cycle time. e. none of the above.

Description : Within the Process Management Initiatives, channel support systems a. reduce material cost. b. reduce labor costs. c. increase demand. d. reduce R&D cycle time. e. none of the above.

Last Answer : c. increase demand.

Automation levels are given on a scale of _____ to _____. a. 0.0; 5.0 b. 1.0; 5.0 c. 0.0; 10.0 d. 1.0; 10.0 e. 5.0; 10.0

Description : Automation levels are given on a scale of _____ to _____. a. 0.0; 5.0 b. 1.0; 5.0 c. 0.0; 10.0 d. 1.0; 10.0 e. 5.0; 10.0

Last Answer : d. 1.0; 10.0

If you reduce automation in the production component of Marketing, you will: a. slow down R&D designs. b. incur a retooling cost. c. lose the game. d. none of the above.

Description : If you reduce automation in the production component of Marketing, you will: a. slow down R&D designs. b. incur a retooling cost. c. lose the game. d. none of the above.

Last Answer : b. incur a retooling cost.

Rapid movement of an existing product on the Perceptual Map requires a. reliability adjustment. b. low automation levels. c. high automation levels. d. none of the above.

Description : Rapid movement of an existing product on the Perceptual Map requires a. reliability adjustment. b. low automation levels. c. high automation levels. d. none of the above.

Last Answer : b. low automation levels.

As a general rule, stock issues are used to: a. Protect you from getting a loan from Big Al. b. Fund the purchase of more market share. c. Fund long term investments in capacity and automation. d. Fund yearly sales and promotional budgets. e. All of the above.

Description : As a general rule, stock issues are used to: a. Protect you from getting a loan from Big Al. b. Fund the purchase of more market share. c. Fund long term investments in capacity and automation. d. Fund yearly sales and promotional budgets. e. All of the above.

Last Answer : c. Fund long term investments in capacity and automation.

When purchasing increased Capacity and Automation, the new capacity becomes available a. immediately. b. in 1 year. c. in 6 months. d. in 2 years. e. none of these.

Description : When purchasing increased Capacity and Automation, the new capacity becomes available a. immediately. b. in 1 year. c. in 6 months. d. in 2 years. e. none of these.

Last Answer : b. in 1 year.

There is ______ lag in buying new Capacity and ______ lag in changing Automation. a. 0; 0 b. 1 year; 0 c. 0; 1 year d. 1 year; 1 year e. ½ year; ½ year

Description : There is ______ lag in buying new Capacity and ______ lag in changing Automation. a. 0; 0 b. 1 year; 0 c. 0; 1 year d. 1 year; 1 year e. ½ year; ½ year

Last Answer : d. 1 year; 1 year

Repositioning moves a product on the Perceptual Map from its old location to a new one. When does the new location become active? a. The day the R&D project completes b. The following year the R&D project completes c. The month the R&D project completes d. The day capacity and automation is purchased e. The day capacity is purchased

Description : Repositioning moves a product on the Perceptual Map from its old location to a new one. When does the new location become active? a. The day the R&D project completes b. The following year ... R&D project completes d. The day capacity and automation is purchased e. The day capacity is purchased

Last Answer : a. The day the R&D project completes

.If your current capacity is 10,000 units and your automation level is 5.0, what is the difference of the investment between doubling your capacity and doubling your automation level? a. $60,000 b. $20,000 c. $10,000 d. $520,000 e. $260,000

Description : .If your current capacity is 10,000 units and your automation level is 5.0, what is the difference of the investment between doubling your capacity and doubling your automation level? a. $60,000 b. $20,000 c. $10,000 d. $520,000 e. $260,000

Last Answer : a. $60,000

What is the right formula for capacity investment? a. Investment = Capacity x ($4 x Automation) b. Investment = Capacity x [$10 + ($4 x Automation)] c. Investment = Capacity x [$4 + ($6 x Automation)] d. Investment = Capacity x [$6 + ($4 x Automation)] e. Investment = Capacity x Automation

Description : What is the right formula for capacity investment? a. Investment = Capacity x ($4 x Automation) b. Investment = Capacity x [$10 + ($4 x Automation)] c. Investment = Capacity x [$4 + ($6 x Automation)] d. Investment = Capacity x [$6 + ($4 x Automation)] e. Investment = Capacity x Automation

Last Answer : d. Investment = Capacity x [$6 + ($4 x Automation)]

If your team decides to introduce a new product, when should capacity and automation be purchased? a. Two rounds prior to product release b. One round prior to product release c. The round of product release d. The round after product release e. Purchase of capacity and automation is not necessary for new product release

Description : If your team decides to introduce a new product, when should capacity and automation be purchased? a. Two rounds prior to product release b. One round prior to product release c. The ... round after product release e. Purchase of capacity and automation is not necessary for new product release

Last Answer : b. One round prior to product release

Investing in Channel Support Systems can a. increase demand. b. reduce R&D cycle time. c. reduce material costs. d. reduce labor costs. e. reduce administrative costs.

Description : Investing in Channel Support Systems can a. increase demand. b. reduce R&D cycle time. c. reduce material costs. d. reduce labor costs. e. reduce administrative costs.

Last Answer : a. increase demand.

Investing in Quality Function Deployment Effort can a. reduce labor and administrative costs. b. increase demand and reduce labor costs. c. reduce R&D cycle time and increase demand. d. reduce R&D cycle time and enhance the effectiveness of the promo and sales Budgets. e. increase demand.

Description : Investing in Quality Function Deployment Effort can a. reduce labor and administrative costs. b. increase demand and reduce labor costs. c. reduce R&D cycle time and increase demand. d. reduce R&D cycle time and enhance the effectiveness of the promo and sales Budgets. e. increase demand.

Last Answer : d. reduce R&D cycle time and enhance the effectiveness of the promo and sales Budgets.

Investing in Vendor Just In Time can a. reduce material costs and R&D cycle time. b. reduce administrative costs and labor costs. c. reduce R&D cycle time and increase demand. d. reduce material costs and administrative costs. e. reduce material costs and increase demand.

Description : Investing in Vendor Just In Time can a. reduce material costs and R&D cycle time. b. reduce administrative costs and labor costs. c. reduce R&D cycle time and increase demand. d. reduce material costs and administrative costs. e. reduce material costs and increase demand.

Last Answer : d. reduce material costs and administrative costs.

Quality Initiative Training can a. increase demand. b. decrease R&D cycle time. c. decrease material costs. d. decrease labor costs. e. decrease administrative costs.

Description : Quality Initiative Training can a. increase demand. b. decrease R&D cycle time. c. decrease material costs. d. decrease labor costs. e. decrease administrative costs.

Last Answer : d. decrease labor costs.

The TQM initiative reduces material costs and labor costs. a. Concurrent Engineering (CCE)/Six Sigma b. Benchmarking c. Continuous Product Improvement systems (CPI) d. Channel Support systems e. Quality Initiative Training (QIT)

Description : The TQM initiative reduces material costs and labor costs. a. Concurrent Engineering (CCE)/Six Sigma b. Benchmarking c. Continuous Product Improvement systems (CPI) d. Channel Support systems e. Quality Initiative Training (QIT)

Last Answer : a. Concurrent Engineering (CCE)/Six Sigma

Budgeting money to Quality initiative will lead to these outcomes except: a. decrease R&D time. b. increase Demand. c. increase Labor Costs. d. increase efficiency. e. produce administrative savings.

Description : Budgeting money to Quality initiative will lead to these outcomes except: a. decrease R&D time. b. increase Demand. c. increase Labor Costs. d. increase efficiency. e. produce administrative savings.

Last Answer : c. increase Labor Costs.

Which statement is true? a. Increasing in capacity and changes in automation can take less than a year to implement if the product already exists. Sales of capacity take a full year to implement. b. Increases in capacity and changes in automation take a full year to implement. Sales of capacity are immediate. c. Increases in capacity, changes in automation and sales of capacity take a full year to implement. d. Increases in capacity, changes in automation and sales of capacity take less than a year to implement if the product already exists.

Description : Which statement is true? a. Increasing in capacity and changes in automation can take less than a year to implement if the product already exists. Sales of capacity take a full year to implement ... automation and sales of capacity take less than a year to implement if the product already exists.

Last Answer : b. Increases in capacity and changes in automation take a full year to implement. Sales of capacity are immediate.

For each point of change in automation, your company is charged ______ per unit of capacity. a. $6.00 c. $4.00 b. $5.00 d. $7.00

Description : For each point of change in automation, your company is charged ______ per unit of capacity. a. $6.00 c. $4.00 b. $5.00 d. $7.00

Last Answer : c. $4.00

Investing in Concurrent Engineering can a. reduce R&D cycle time. b. reduce labor and administrative costs. c. increase demand and reduce labor costs d. reduce R&D cycle time and increase demand.

Description : Investing in Concurrent Engineering can a. reduce R&D cycle time. b. reduce labor and administrative costs. c. increase demand and reduce labor costs d. reduce R&D cycle time and increase demand.

Last Answer : a. reduce R&D cycle time.

This process management initiative reduces labor costs. a. Benchmarking b. Vendor/Just-in-Time Inventory (JIT) c. Channel Support systems d. Quality Initiative Training (QIT)

Description : This process management initiative reduces labor costs. a. Benchmarking b. Vendor/Just-in-Time Inventory (JIT) c. Channel Support systems d. Quality Initiative Training (QIT)

Last Answer : d. Quality Initiative Training (QIT)