Detereation of muscle tissue causing weakness in the limb
Answer:
C. Yes. If repair rates are higher for planes that have been resold, this would be an indication of a lemons problem
Explanation:
Lemons problem is an issue of quality of product, asset, investment : due to asymetric information about the respective quality.
Asymetric Information is when one one party in transaction has more knowledge about the quality of product or asset, than the other party.
Second hand goods are an illustration of this case, as seller has more information about the real quality of good or asset than buyer.
Lemon's problem in single engines airplanes : can be analysed by concept of second hand goods 'asymetric information, lemons problem' it. If the 2nd hand resold planes require higher repairs, it indicates that the buyer had asymetric information about bad quality of planes ( the information which seller had), but realisation of bad quality later implies higher repairs.
The answer to this question is Objective
In business terms, objective refers to a specific result/situation that company wants to achieve within a certain time frame, after considering all their available resources. In this particular case, the research being done is the resource and connecting advertising to actual dealership is the result/situation that they want to achieve.
Answer:
will probably indicate less than $2 million in merchandise on hand.
Explanation:
Perpetual inventory system is when information regarding quantity and availability in inventory of a business is continuously updated. Sale or purchase big inventory is recorded immediately with the use of computerised point of sale systems.
The department store uses a perpetual inventory system. At year-end, it shows a balance in the merchandise inventory account of $2 million. The physical inventory will probably be less than $2 million because it adjust its records to make the recorded inventory amount agree with the actual inventory on hand at end of year.
Answer:
22.5
Explanation:
According to the given situation, the computation of the number of kanbans is shown below:-
Number of kanbans needed = [(Demand × Lead time) + (Demand × Safety stock)] ÷ Kanban size
= (750 × 0.5) + (750 × 0.25) ÷ 25
= 22.5
Therefore for computing the number of Kanbans we simply applied the above formula by considering all items
