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pashok25 [27]
3 years ago
14

You've bought a new machine for $123,000 to make parts for a computer. You expect to sell product made on with it for $10 per un

it. The life of the machines is 10 years. How many units per year must you sell to earn a 10% return on your investment
Business
1 answer:
Lorico [155]3 years ago
5 0

Answer:

It will need to sale 2,002 units per year to achieve a 10% return on the machine

Explanation:

We will calculate the amount of sales in dollars. We will think this as an annuity which present values is 123,000. That way the company will achieve a 10% return on the machine:

PV \div \frac{1-(1+r)^{-time} }{rate} = C\\

PV  $123,000.00

time      10 years

rate     10% = 0.1

123,000 \div \frac{1-(1+0.1)^{-10} }{0.1} = C\\

C 20,017.68

Now, we divide the cuota by the price per unit to get the units sales per year:

20,017.68 / 10 = 2,001.76 = 2,002 units

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Answer:

Lowered, improved, increased, choice

Explanation:

Free trade has not produced all of the economic impacts that were originally predicted. At the same time, it is known that global shifts in production and trade have generally lowered consumer cost, improved company profits, and increased product choice.

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A regulatory agency that protects workers is
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answer is A

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Management of Mittel Rhein AG of Köln, Germany, would like to reduce the amount of time between when a customer places an order
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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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Idea screening is considered a stage of the new-product development process.

<h3>What is New product development ?</h3>

New product development entails the  bringing up an original product idea to market.

The seven stages of New product development are :

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