<span>Crop rotation. Crop rotation is growing a series of dissimilar or different types of crops in the same plot in sequenced seasons. Peas, like other legumes, are nitrogen fixing crop. They recover depleted nitrogen and other nutrients squeezed out by the organic corn, making nitrogen available to the soil for use again. This practice takes advantage of the uniqueness of each crop make use of diverse natural and ecological resources present in the soil to maximize yield and increase output. The organic corn requires a lot of nutrient for root growth and with repeated use, the available nutrients has gotten depleted. Planting legumious crops which are good nitrogen-fixers will help to recover lost nutrient.</span>
Answer:
differential analysis:
No further process Process further Differential
amount
Sales revenue $410,000 $1,213,400 $803,400
Production costs ($340,000) ($580,000) ($240,000)
Operating income $70,000 $633,400 $563,400
The company should process further and sell products B and C because its operating income will increase by $563,400.
Answer:
B) The contract rules of the UCC apply, because the predominant purpose of the contract was sale of goods.
Explanation:
The contract doesn´t include in its mayor part provision of services. And Sally wanted to sue Good Carpet for the services that they provided, not for the good it sells.
The root of all this conflict is <span>egocentrism. It is </span>having or regarding the self or the individual as the center of all things: an egocentric<span> philosophy that ignores social causes. having little or no regard for interests, beliefs, or attitudes other than one's own. It is being self-centered. </span>
Answer: $2.1 million
Explanation:
It is mentioned the project is independent of the outcome of general market which means that
=> beta = 0
Using the CAPM formula which is,
r=rt + B* (rm -rf)
=> r = 3% + 0*(12%-3%) = 3%
Expected value of Project in one year = $1 billions * 0.1
Expected value of Project in one year = $100 millions
NPV = Expected value of Project in one year/ (1 + 0.03) - Initial cost
NPV = 100/ (1 + 0.03) - 95
NPV = 97.1 - 95
NPV = $2.1 million
