Answer:
The units started and completed is 59,900 tons
Explanation:
The computation of the number of tons started and completed during October is shown below:
Units Completed = Beginning Work in Process Units Completed + Units started and Completed
74,900 units = 15,000 tons + Units started and Completed
So, the units started and completed is
= 74,900 tons - 15,000 tons
= 59,900 tons
Hence, the units started and completed is 59,900 tons
Answer:
fixed position
Explanation:
A fixed position layout is where a product to be produced remains in a certain spot or location but the workers needed to work on the product , including machinery are moved to the place where the product is to be produced as at when required. This is because there may be limited space at the project site, hence component parts of the product to be manufactured are then coupled at other site and taken to the product site.
An example of fixed layout is the construction of dams, shipbuilding, buildings etc. A fixed position layout is most suited for heavy and fragile products.
Answer:
B) Abstract and opinion.
Explanation:
Abstract and opinion can also be call Abstract of title:
this is the records or evidence of the full history of the property from the conveyance,wills, legal backing, and the list of those people that as assume ownership of the property for a particular period of time.
A full summary of all consecutive grants, conveyances, wills, records, and judicial proceedings affecting title to a specific parcel of real estate, together with a statement of all recorded liens and encumbrances affecting the property and their present status, but not including encroachments and forgeries, is known as a Abstract of Title or Abstract and opinion.
Answer:
If a = 4 it would be 4 x 2 = 8
Explanation:
Have a nice dayy/nightt
Answer:
(B) U(c,f)=min{2c,f}
Explanation:
This is an example of Leontif utility function which states that the preferences of a consumer is to a constant ratio of quantities of two or more goods in his demand bundles and having an extra unit of a single good will not increase the utility of the consumer and will make the extra unit to waste. But having more units of all the goods in the demand bundle which maintain the constant ratio will increase the utility of the consumer.
A good example usually used in economics is that of a pair of shoe. Having one right and one left of a type of shoe gives a consumer utility at a constant ratio of 1:1, and increasing each leg by multiple of one at every point in time will increase the utility of the consumer, while increasing just only one makes the utility not to change. For instance, having only two left shoe will not give the consumer any utility and make both the left shoe useless.
In the question, the ratio of cups of corn meal, denoted by c, and cups of flour, denoted by f, is 2:1. This implies that to increase the utility of the consumer, c has to increase by a multiple of 2 at every point in time while f has to increase by one at the same point in time to maintain the constant ratio of 2:1. Increasing only c by 2 or only f by 1 will maintain the constant ratio and it will lead to a waste of the increased unit of the affected commodity.
Therefore, option (B) U(c,f)=min{2c,f} is the correct answer that gives a constant ratio of 2:1 = 2c:f.
I wish you the best.
