Answer:
<em>Consider the assets (in millions) of two banks, A and B. Both banks are funded by $120 million in deposits and $20 million in equity. Which bank has the stronger liquidity position? Which bank probably has a higher profit?</em>
<em>Consider the assets (in millions) of two banks, A and B. Both banks are funded by $120 million in deposits and $20 million in equity. Which bank has the stronger liquidity position? Which bank probably has a higher profit?Bank A Asset</em>
<em>Consider the assets (in millions) of two banks, A and B. Both banks are funded by $120 million in deposits and $20 million in equity. Which bank has the stronger liquidity position? Which bank probably has a higher profit?Bank A AssetBank B Assets</em>
Explanation:
<em>Liquid assets are those assets which get converted immediately into cash, when the company need some cash in hand, they can sell the liquid assets in the market and get cash in hand. As they can sell their various securities to fulfill the need of cash.</em>
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Answer:
Production budget:
Projected sales= 64,000
Ending inventory= 7,000
Beginning inventory= (2,600)
Total= 68,400 units
Explanation:
Giving the following information:
Pasadena Candle Inc. projected sales of 64,000 candles for January. The estimated January 1 inventory is 2,600 units, and the desired January 31 inventory is 7,000 units.
Production budget= projected sales + ending inventory - beginning inventory
Production budget:
Projected sales= 64,000
Ending inventory= 7,000
Beginning inventory= (2,600)
Total= 68,400 units
Flexible exchange rate systems are calculated according to supply and demand. Every currency decides the type of exchange rate arrangement to uphold.
<span>20% is the maximum speed up possible for this program.
For this problem, let's assign the time of 1 for the task when using a single processor. Now let's assume that we have an infinite number of processors available to handle the portion of the program that can be executed in parallel so that the execution time for that portion will be 0. That means that the total execution time with an infinite number of processors will be
1 * (0.80 + 0) = 1 * 0.80 = 0.80
So at best, the parallel program will take 80% of the time for the single threaded version. So the speed increase will be
(1 - 0.80) / 1 = 0.20/1 = 0.20 = 20%</span>