Answer:
The correct answer is option D.
Explanation:
In 2008, as a financial crisis began to unfold in the United States, the FDIC raised the limit on insured losses to bank depositors from $100,000 per account to $250,000 per account.
During the financial crisis, there was a sense of panic. The regulators were concerned that depositors would expect their banks to crash and would fear that they may lose their money. The regulators expect the depositors to pull money back from their banks. The money supply will get reduced further. This will further reduce the money with banks. This could lead to even healthy banks to fail.
Raising the insurance limit would reassure depositors that their money was safe in banks and prevent a bank panic. This will further help to stabilize the financial system.
Answer:
marginal benefit
Explanation:
consumers are most likely going to buy something with value
Answer:
True
Explanation:
In simple words, Relatively persistent flows of capital transfers and interactions between two or several entities are termed inter-organizational connections. These relationships are considered to be risky and often results in superior returns. It helps two firms to operate in a ritualistic partnership combined which does not force them to combine into a common company.
Answer:
yes is very predominant
Explanation:
because you can find out that you have done mistakes and submit incorrect work,, is very important to check more than twice to make sure you didn't do anything wrong
Answer:
I will use the Omega network configuration if the economic factor is the determining one.
The total cost for the Omega network using the 4x4 switches will be $12,800, unlike the Butterfly network that can use the 16x16 switches that will cost $24,000.
Explanation:
The Omega network configuration will use the 4x4 switches which cost $50 each. The total number of switches required = 4,096/16 = 256. The total cost for 4x4 switches = 256 * $50 = $12,800. This is better than the Butterfly network configuration that can use the 16x16 switch, costing $1,500 x 16 (4,096/256) = $24,000.
