Answer:
Normal balance
Explanation:
Accounts are expected to have either debit or credit balance, depending on their classification. The accounting equation of Assets is equal to equity plus liabilities is the basis for account classification. Assets accounts are on one side, while accounts relating to equity and liabilities are on the other.
Accounts have normal balances if the balances at the end of a period are as expected. Assets accounts are expected to have debit balances, while equity and liabilities accounts should have credit balances.
Answer:
Annual deposit= $2,456.96
Explanation:
Giving the following information:
The number of years= 5 years
Final value= $15,000
Interest rate= 10%
We need to calculate the annual deposit to reach the objective. We will use the following formula:
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (15,000*0.1) / [(1.10^5)-1]
A= $2,456.96
A 4% S/A coupon bond with 4 coupons remaining has a BEY of 8.00%, is mathematically given as
DP=95.696. Option D is correct
<h3>What is the dirty price of this bond?</h3>
Generally, dirty price is simply defined as It's important to note that a "dirty price" is simply a bond pricing quotation that takes into account both the coupon rate and any interest that has already accumulated on the bond.
In conclusion, Dirty price
DP = (Clean price + interest Accrued)
Therefore
DP=0.80*(4%*100/2)+2*(1-(1+4%)^(-3.20))/(4%)+100/(1+4%)^(3.20)
DP=95.696
CQ
A4% S/A coupon bond with 4 coupons remaining has a BEY of 8.00%. You buy the bond a little over a month before you get the first coupon. Specifically, the fraction of the 6-month period that has already elapsed is 0.80.
Calculate the dirty price of this bond.
O 81.370
85.216
93.471
o 95.696
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Answer: $36604.7
Explanation:
The net present value sometimes called the net present worth is applied to a series of cash flows that occurs at different times. Present value of a cash flow depends on time interval between now, the cash flow and on the discount rate. The net present value accounts for the time value of money.
The answer is $36604.7. The solution is attached.
