The correct answer for the question that is being presented above is this one:
(1) <span>B. Crescent
</span>(2) C. Clustering
(3) C. are difficult to carry.
(4) B. terracing
(5) <span>B. Ikebana
</span>(6) <span>A. allow designers the opportunity to work with better flowers.
</span>(7) <span>D. Sequencing
</span>(8) <span>B. grouping.
</span>(9) <span>D. terracing.
</span>(10) <span>C. rocky creek bed.</span>
A bond resolution is a legal document that specifies the rights of the issuer and the bondholder, the two parties to the bond contract, and allows the issuance and sale of bonds.
<h3>Who is a bondbondholder?</h3>
An investor or the owner of debt instruments, which are frequently issued by corporations and governments, is known as a bondholder. In essence, bondholders are lending money to the bond issuers. Bond holders receive their principal investment back when the bonds mature in exchange.
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Answer:
When using a financial calculator to compute the issue price of the bonds, the applicable periodic interest rate ("I") is 3.923%
Explanation:
Hi, first, the discount interest rate that you have to choose is 8%, because 9% is the coupon rate (which in our case would be 9%/2=4.5% and this is used only to find the amount to be paid semi-annually).
Now we know we have to choose 8%, but this is an effective rate (I know this is an effective rate because no units were mentioned), and by definition it is a periodic rate, but it is not the rate that we need since the payments are going to be made in a semi-annual way, therefore we need to use the following equation.
![r(semi-annual)=[1+r(annual)]^{\frac{1}{2} } -1](https://tex.z-dn.net/?f=r%28semi-annual%29%3D%5B1%2Br%28annual%29%5D%5E%7B%5Cfrac%7B1%7D%7B2%7D%20%7D%20-1)
So, everything should look like this.
![r(semi-annual)=[1+0.08]^{\frac{1}{2} } -1=0.03923](https://tex.z-dn.net/?f=r%28semi-annual%29%3D%5B1%2B0.08%5D%5E%7B%5Cfrac%7B1%7D%7B2%7D%20%7D%20-1%3D0.03923)
Therefore, the periodic interest that yuo have to use to calculate the price of the bond is 3.923%
Best of luck.
Answer:
18.52%
Explanation:
Calculation for the what would be the equity weight
Using this formula
Equity weight =E÷E+P+D
Let plug in the formula
Equity weight=$2,000,000×$27÷$2,000,000×$27+$1,000,000×$14.50+$10,000×.98×$1,000
Equity weight=$14,500,000÷$78,300,000
Equity weight=.1852×100
Equity weight=18.52%
Therefore what would be the equity weight is 18.52%
<span>Salivary amylase in your saliva breaks down the starchy morsel as you chew. The starch breaks down into maltose that accounts for the sweet taste in your mouth.</span>
