Answer:
The correct answer is the option B: Chief Security Officer.
Explanation:
To begin with, a <em>Chief Security Officer</em> or CSO is the most important senior level executive that an organization has in its team whose main purpose is to <em>develop and oversight policies and programs whose primary focus are on the mitigation and reduction of secutiry risk</em> regarding the protection of people, intellectual assets and tangible property.
Secondly, the security of the organization regarding the fact of cyber attacks does have a cooperative inter-connected involvement, where the figure of <em>Chief Information Security Officer</em> appears and combines their function with the CSO. Moreover, the CISO is the one executive inside the organization that <em>focuses to the problems about ensuring information assets in particular</em>.
Answer:
YES - When marginal cost (MC) of production is increasing, the average variable cost (AVC) is increasing.
Explanation:
Marginal cost (MC) is the cost of producing an extra unit of output while Average variable cost (AVC) is the cost per unit of output produced.
When MC is below AVC, MC pulls the average down. This means that when MC is falling, AVC is falling
When MC is above AVC, MC is pushing the average up; therefore when MC is rising, AVC is rising.
The conclusion is that MC and AVC have a direct relationship and a rise in one will cause a rise in the other
, therefore when the marginal cost (MC) of production is increasing, the average variable cost (AVC) is increasing.
Answer:
An apple, potato, and onion all taste the same if you eat them with your nose plugged
Explanation:
Answer:
Annual payment= $3,250.77
Explanation:
Giving the following information:
You are thinking of purchasing a home. The house costs $300,000. You have $43,000 in cash that you can use as a down payment on the house, but you need to borrow the rest of the purchase price. The bank is offering a 30-year mortgage that requires annual payments and has an interest rate of 6% per year.
FV= 300,000 - 43,000= $257,000
i=6%
n= 30
Annual payment= ?
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (257,000*0.06)/{[1.06^30]-1}= $3,250.77
