Answer:
If banks hold excess reserves, then the money multiplier will be smaller.
Explanation:
It is easier to understand using an example:
required reserve rate = 5%
money multiplier = 1 / 5% = 20
if $100 are injected in to the economy and they are deposited in the banking system, the money supply will increase by $100 x 20 = $2,000. But this calculation only works if banks lend 100% of the loanable funds, but if instead banks only lend $90, instead of $95 ($100 x 95%), then the money multiplier will be 1 / 10% = 10. In this case, the money supply will only increase by half
Answer:
A representative gives a seminar to investors, making a presentation about successful hedge fund strategies. It is attended by 10 retail clients and 20 institutional clients. FINRA defines this as: a retail communication.
Explanation:
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Answer: See explanation
Explanation:
A bond’s (face value) is generally $1,000 and represents the amount borrowed from the bond’s first purchaser.
A bond issuer is said to be in (default) if it does not pay the interest or the principal in accordance with the terms of the indenture agreement or if it violates one or more of the issue’s restrictive covenants.
A bond contract feature that requires the issuer to retire a specified portion of the bond issue each year is called a (sinking fund provision).
A bond’s (call provision) gives the issuer the right to call, or redeem, a bond at specific times and under specific conditions.
The face value is the dollar value of a security, or a stock's original cost. Default means when the bond issuer doesn't agree with the stated terms of the bond.
When solving for the gross profit on a product use:
Gross profit = Sales - Cost of goods sold
Sales = $814,000
Cost of goods sold = $386,650
Gross profit = $814,000 - $386,650
Gross profit = $445,350
Answer:
The present value of the dividends to be paid out over the next six years if the required rate of return is 15 percent is $6.57
Explanation:
Solution:
Given that
The present value =∑ ⁿ t=1 cf/ (1 +r)t
where cf= cash flow
r =the required rate of return
t = the number of years
Now
The present value will be:
cf₁/(1+r)^1 + cf₂/(1 +)^2 + cf₃/(1+r)3 + cf₄/(1 +r)^4) + cf₅/(1 +r)^5 + cf₆/(1+r)^6
Hence,
cf₁, cf₂ cf₃ = 0 as the firm does not expect to pay dividend in the next three years
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