Answer:
Explanation:
This could be due a number of factors.
1 Externality effect
2 There could also be market failure, when property rights are not properly defined.
Externality is the effect of a third party on a property right, when all parties cannot come to an agreeable resolution on properties this could lead to inefficient use of land.
Also when the property rights are not put in place its difficult to come to a resolution that satisfies all parties.
Answer:
The answer is False. By cutting the variance of the demand during lead time to 1/2 its original value while maintaining the same lead times, the new safety stock will also drop to 1/2 its original value.
Explanation:
Safety stock is a form of inventory management that provides an additional unit of an item held as a buffer i order to mitigate risk of running out of stock.
A reorder point provides a buffer of time to restock items when stock is running out. It helps to reduce operational costs and chaos that may arise such as rush fees owed to suppliers. It makes the use of a warehouse space more efficient.
Suppose we are a distributor that uses safety stock and a reorder point for inventory management. If we can find a more consistent manufacturer that will maintain the same mean lead times while cutting the variance of the demand during lead time to 1/2 its original value, the new safety stock that we need to carry to achieve the same service level will also drop to 1/2 its original value.
Supply and demand generally dictates the beginnings of pricing a product. Your targeted market, ability to serve them with a good product, the convenience to access your product. Credentials of the firm.
Answer:
The greatest number of mangoes which are to be taken out at a time from each basket so that both of them emptied simultaneously is the number of mangoes in each basket which is 120 mangoes for one basket and 168 mangoes for the other basket
Explanation:
Given that the number of mangoes in one basket = 120 mangoes
Also, the number of mangoes in another basket = 168 mangoes
The greatest number of mangoes, X and Y that are to taken out from each basket so that both of them will empty simultaneously is found as follows;
We note that the ratio of the number of mangoes in both baskets are;
120:168 = 5:7
Therefore, we have;
5 × Y = 120
Y = 20/5 = 24
Similarly, we have;
7 × X = 168
X = 168/7 = 24
We can take 5 mangoes from one basket and 7 mangoes from the other basket 24 times, for both mangoes to empty the same time
We can also take 5×12 = 60 mangoes twice from one basket and 7 × 12 = 84 mangoes twice from the other basket to empty the baskets
We can also take 120 mangoes one from one basket and 168 mangoes one from the other basket to empty the baskets.
Therefore, the greatest number of mangoes which are to be taken out at a time from each basket so that both of them emptied simultaneously is the number of mangoes in each basket which is 120 mangoes for one basket and 168 mangoes for the other basket.