Answer:
B.
Explanation:
Threat Modeling is the process of identifying and optimizing network security. This practice helps to find the possible threats to confidential information.
<u>Threat Modeling is used to protect the systems. In this practice, the consultant identifies the enterprise's assets and analyze the work of all applications. Then it sets the security profile on all applications and documenting adverse effects of it</u>.
In the given scenario, the consultant will use the tool or technique of threat modeling to identify the potential attackers.
So, the correct answer is option B.
Answer:
B) $(1,813)
Explanation:
Initial investment = 17,550
Annual cashflows = 2,650
Terminal Cashflow = 500
You can solve for NPV using financial calculator with the following inputs;
CF0= -17,550
C01 = 2,650
F01 (Frequency) = 19
C02 = 2,650 + 500 = 3,150
I=16%
Net present value; NPV = -1,812.879 or -1,813 rounded off to the nearest whole number.
Answer:
This is an escrow transaction. An escrow is an arrangement where a third party (ABC Escrow) holds funds for a given transaction between other two parties.
The Van Horns are the grantees in this transaction.
The escrow is responsible for the safe keeping of the funds, in order to avoid any type of loss or fraud.
Answer: No.
Explanation:
This is a Perfectly Competitive market and that means that you are a price taker who maximises output at a point where Marginal Revenue equals Marginal Cost ( MR = MC). As costs have gone up, it simply means that for the conditions to be satisfied, you need to produce less at the factory in Connecticut.
That does not mean that you have to produce more at the Massachusetts plant because it is already producing at capacity and increasing the marginal cost would violate the MR=MC rule as you have no control over the price so you cannot change Marginal Revenue. It is therefore better to keep the production level at the Massachusetts plant unchanged.
Increase the price to make more money to be able to afford oil.