Answer:
$600 billion
Explanation:
Given that,
Currency held by the public = $100 billion
Reserves held by banks = $50 billion
Bank deposits = $500 billion
The money supply refers to the total money in the circulation.
Therefore, the total money supply is as follows:
= Currency held by the public + Deposits with the bank
= $100 billion + $500 billion
= $600 billion
Answer:
$6360
Explanation:
Contract value when the trader sold short = 76.98c * 50000 = $38,490
Contract value when he closed out his contract = 64.26c * 50000 = $32,130
Since the trader had sold short, he is speculating that the price of the futures contract will go down. The value of the contract did go down (in the traders favor) so the difference in value when he sold short and when he closed out his contract will be the profit gained in dollars. Please note that the initial futures prices are quoted in cents and would need to be converted to dollars by dividing by 100c i.e. 3,213,000c = $32,130
Therefore the profit made by the trader in dollars is $38,490 - $32.130 = $6360
One of the reasons marketing is essential to the free market system is that It ensures that companies make a healthy profit.
<h3>What is free market?</h3>
A free market is a market structure where there is no interference from government but forces of demand and supply controls it.
With regards to the above, marketing ensures that products gets to the target audience to attract sales, thereby increase profits.
Learn more about free market here : brainly.com/question/13519121
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Answer:
The yield to maturity is 8.50%
Explanation:
The computation of the yield to maturity is shown below:
Given that
NPER = 8
PMT = $1,000 × 10.8% = $108
PV = $1,129.70
FV = $1,000
The formula is shown below:
= RATE(NPER,PMT,-PV,fV)
After applying the above formula, the yield to maturity is 8.50%
And, the same is to be considered
hence, the yield to maturity is 8.50%
Answer:
80%
Explanation:
The capacity utilization rate evaluate the proportion of potential economic output that is actually realized.
To solve for theoretical utilization, we use the following formula as given below;
Theoretical Utilization = {p/(ma)}×100
Where we have our variables as,
p=16
m=4
a=5
Imputing variables into the formula we have
Theoretical utilization = {16÷(4×5)}×100
= {16/20}×100
=0.8×100
=80%
