The make-to-stock manufacturing (MTS) strategy can be described as producing products to put into stock based on a demand forecast.
In this strategy, companies do not maintain productive stability over a period of time, but adjust their manufacturing strategy according to times when demand can increase or decrease.
Some advantages of the make-to-stock strategy are:
- Economy of scale.
- Waste reduction.
- Efficiency in the use of resources.
- Increased response time.
So this is an effective manufacturing strategy for companies that can accurately forecast their demand.
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Answer:
MASTER
Explanation:
Apparently it says to write it so that's is what I did is there anything wrong about that bye
Answer:
scheduling technique
Explanation:
Project Evaluation Review Technique and Critical Path
Method (CPM) are scheduling techniques used to plan, schedule,
budget and control the many activities associated with projects.
Projects are usually very large, complex, custom products that
consist of many interrelated activities to be performed either
concurrently or sequentially.
Answer:
The investment advisory firm which employs the investment adviser representative (IAR).
Explanation:
FINRA's rules specifically state that before any transaction, the IAR must have a signed power of attorney. The IAR cannot start trading or operating with the client's money until he/she has received a signed written power of attorney from the client. Only after the signed power of attorney has been given tot eh IAR, can he/she act on discretionary basis.
If the IAR is not a registered broker-dealer, then NASAA rules state that oral agreements are valid for up to 10 business days, but the IAR must have a written authorization after that time expires. I.e. the IAR could buy the stocks, but he/she was not authorized to sell them. So any loss is responsibility of the firm that employs the IAR.
Answer:
Current ratio- 2.03 2.33 1.73 and Acid-test ratio- 0.98 0.43 0.60
Explanation:
Attach is the table of given cases
Acid test ratio= 
Now, solving for acid test ratio.
<u>Case x</u>
⇒ Acid test ratio= 
⇒ Acid test ratio= 
∴ Acid test ratio= 
<u>Case y</u>
⇒ Acid test ratio= 
⇒ Acid test ratio= 
∴ Acid test ratio= 
<u></u>
<u>Case Z</u>
⇒ Acid test ratio= 
⇒ Acid test ratio= 
∴ Acid test ratio= 
Next solving for current ratio.
We know, current ratio= 
<u>Case x</u>
⇒ current ratio= 
∴ current ratio= 
<u>Case y</u>
⇒ current ratio= 
∴ current ratio= 
<u>Case Z</u>
⇒ current ratio= 
∴ current ratio= 
Hence, Current ratio- 2.03 2.33 1.73 and Acid-test ratio- 0.98 0.43 0.60
