Answer:
The answer is (c) First National Bank is not in a position to extend additional loans.
Explanation:
Please find the below for detailed explanation and calculations:
The First National Bank current reserve ratio is calculated as : Vault cash and deposits of the Bank with the Fed/ Total demand deposits of the Bank = $80 million / $400 million = 20%.
As the First National Bank' reserve ratio is now equal to the Fed's Reserve Requirement, First National Bank can not further extend its loan portfolio's balance, otherwise, its reserve ratio will fall below Fed's requirement which is not acceptable.
So, the answer is (c).
Answer:
no
Explanation:
the airport would be liable because the fire truck blowing a tire and hitting the pole was the direct cause. not the failure of the landing gear
Answer: The sum of cash, short-term investments and net receivables divided by current liabilities
Explanation: The acid test ratio, also known as the quick ratio, is a liquidity ratio that is used to determine the ability of a company to pay its current liabilities if it rises immediately. It is considered to be more stringent ratio than the current ratio.
It is concluded by dividing those current assets that can be converted into cash immediately with the current liabilities of the company.
Therefore, from the above we can conclude that the correct statement is D.
Answer:
The four primary service outputs should help to eliminate discrepancies.
- discrepancies in space happen when the location of the products is not the same as the location of the consumers
- discrepancies in time happen when there is difference between when the product is available for consumption and when the consumers expected to consume the products
- discrepancies in lot size happen when consumers are expecting one lot size, but the distributed amount is different
- discrepancies in product variety happen when consumers expect a certain assortment of products, but only a limited assortment is manufactured
Answer:
The price of the put-option on the same stock with the same strike price is $3.75.
Explanation:
To find the price of the put option on an underlying asset given the price on the call option's price for the same underlying asset with the same strike price is given, we apply put-call parity model.
Put call parity model: p = K x e^(-rT) + c - St .
in which: p: put option's price;
K: underlying asset's strike price;
r: risk-free rate;
T: time to maturity denominated in year;
c= call option's price;
St = spot price of underlying asset .
So, p = 50 x e^(-0.06 x 1/12) + 1 - 47 = $3.75 .
