Answer:
B. giving loans
Explanation:
The reserve requirement system requires commercial banks to maintain a small fraction of their deposits as a reserve. Only a small percentage of the checkable deposits is required to be held in the banks as reserves. The reserves requirement fractions vary with the monetary policy in place.
The percentage of reserve requirement ranges from 3% to 10%. It would hardly get to 20%. The rest other bigger percentage ( over 80%) is available to be used to create loans.
Answer:
Option (A) is correct.
Explanation:
Cash flow from Operating Activities:
= Net income + (Beginning Accounts receivable - Ending Accounts receivable) + (Ending Accounts payable - Beginning Accounts payable)
= $45,000 + ($23,000 - $22,000) + ($28,000 - $26,000)
= $45,000 + $1,000 + $2,000
= $48,000
Therefore, Bird Brain's cash flows from operating activities would be $48,000.
Answer:
The first one is Business communication skills
The second one is computer skills
The third one is leadership skills
The fourth one is analytical skills
Explanation:
Answer:
Yen depreciated its value against US$
Explanation:
The reason was that the Japanese government has a free trade agreement with the United States and what happened was that the Yen appreciated against Dollars by which the Japanese companies might had suffered as the american products would have been imported more to the country because now they are cheaper than the Japanese cars, as a result the industry in the Japan would had suffered. So the government of japan set 115 Yen as apposed to 85 Yen against each dollars which resulted in increase in the demand of the manufacturing of the cars. Now the Japanese products were greater in demand because of they cost less. And at the year end 2015, the Sabaru reported $2 billion profit despite the fact that 80% of its production was in Japan. The american auto suffered loss of market by $2 Billion.
Answer:
True
Explanation:
Profit function would be maximised.
Profit = Revenue - Cost
Let units of both goods be = A ,B
Revenue per unit good A = 100
Revenue per unit good B = 90
Variable Cost per unit good A = 30
Variable Cost per unit good B = 25
Profit Function = (100 - 30)A + (90 - 35)B
= 60A + 65B
{The function is right without including 'average fixed cost' part of 'total cost' in the function because : average fixed cost is a constant & constant figure doesn't effect optimisation (via differentiation , ∵ d (c) = 0)
