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2 years ago

12

marilyn has an investment that has a potential of a high rate of return. why is it that her investment probably also has a high-

risk possibility?

1 answer:

Zarrin [17]2 years ago

8 0

Because every investment has a risk of failure of return

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Advice Florence and her team on how they can convince the staff using john kotter's theory to lead change

shtirl [24]

John Kotter’s theory for leading can help business staffs to improve their performance especially in completing assignments and improving teamwork. His theory centers on eight steps:

1. Creating urgency to spur change.

2. Forming a powerful coalition from people of diverse talents.

3. Make a vision of change that would inspire and rally your group.

4. Communicate that vision so that all of you understand what needs to be done.

5. Remove obstacles that would impede your goals.

6. Create short-term wins that would help in the short run but will contribute in the long run.

7. Build on change while the momentum is there.

8. Anchor that change as a model for others to follow.

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3 years ago

Two drivers—tom and jerry—each drive up to a gas station. before looking at the price, each places an order. tom says, "i'd like

Tatiana [17]

Price elasticity of demand is defined by Change in Quantity demanded / Change in Price.

Tom ordered 10 gallons of gas without asking about the price. This means that no matter the price, Tom orders the same quantity of gas (quantity demanded does not change with price). His demand is perfectly inelastic, or 0.

Jerry orders $10 worth of gas. This means that no matter how much it gives him, Jerry will pay $10. The price elasticity of demand depends on how much the price changes by.
For example, if price doubles from $5/gal to $10/gal, demand falls by 50% (2 gallons to 1 gallon), making his price elasticity -0.5
If the price increase 10% from $10/gal to $10.10/gal, demand falls 1% from 1 gal to .99 gallons, making his price elasticity -0.1

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3 years ago

Management of Mittel Rhein AG of Köln, Germany, would like to reduce the amount of time between when a customer places an order

AleksandrR [38]

Answer:

1. Throughput Time = 9.2 days

2. Manufacturing Cycle Efficiency = 29%

3. 71% throughput time was spent in non value added activities.

4. Delivery Cycle Time = 25.8 days

5. New MCE = 57%

Explanation:

Given

Inspection time 0.7 days

Wait time 16.6 days

Process time 2.7 days

Move time 1.3 days

Queue time 4.5 days

1. The throughput time is calculated by adding all time except the wait time.

I.e.

Throughput time = Inspection time + Process time + Move time + Queue time

Throughput Time = 0.7 days + 2.7 days + 1.3 days + 4.5 days

Throughput Time = 9.2 days

2. Calculating the manufacturing cycle efficiency.

Manufacturing Cycle Efficiency is calculated by dividing value added time by throughput time.

Where the value added time = the process time = 2.7 days

And throughput time = 9.2 days (calculated in (a) above)

Manufacturing Cycle Efficiency = 2.7 days ÷ 9.2 days

Manufacturing Cycle Efficiency = 0.2934782609

Manufacturing Cycle Efficiency = 29.34782609%

Manufacturing Cycle Efficiency = 29%

3. Calculating the percentage of the throughput time was spent in non–value-added activities.

This is calculated by subtracting MCE calculated above from 100%

% throughput time = 100% - 29%

% throughput time = 71%

So, if 29% throughput time was spent in value added activities, 71% throughput time was spent in non value added activities.

4. Calculating the delivery cycle time.

This is calculated by adding the wait time to throughput time.

i.e.

Delivery Cycle Time = Wait Time + Throughput Time

Where Wait Time = 16.6 days and Throughput Time = 9.2 days

Delivery Cycle Time = 16.6 days + 9.2 days

Delivery Cycle Time = 25.8 days

5. Calculating new MCE.

Here, we'll used the same formula used in (2) above

i.e

Manufacturing Cycle Efficiency is calculated by dividing value added time by throughput time.

Where the value added time = the process time = 2.7 days

But throughput time will be calculated as

Throughput time = Inspection time + Process time + Move time (because of the elimination of all queue time)

Throughput Time = 0.7 days + 2.7 days + 1.3 days

Throughput Time = 4.7 days

So, New MCE = 2.7 days ÷ 4.7 days

New MCE = 0.5744680851

New MCE = 57.44680861%

New MCE = 57%

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3 years ago

Read 2 more answers

Digital enterprise, inc., promises to pay its employees a year-end bonus "if profits continue to be high and management agrees a

Ganezh [65]

Year end bonuses could be paid only if the business is doing good. The profit margin has to be high in order to give bonuses.

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3 years ago

According to the balanced budget multiplier, an increase in government spending of $10,000 that is financed by an increase of $1

tia_tia [17]

Answer:

D) Income will increase by $10,000.

Explanation:

The balanced budget multiplier measures the change in aggregate output when government spending increases by increasing taxes. The formula for determining the balanced budget multiplier is by adding government expenditures multiplier and the tax multiplier. The balanced budget multiplier is always equal to one, therefore the net change in aggregate production (income) is equal to the increase in government spending.

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3 years ago