Answer:
1. Cost to retail ratio = Cost of goods available for sale/ Retail value of goods available for sale
- Cost of goods available for sale = $430000 + $920000 + $62550 = $1412550
- Retail Value of goods available for sale = Retail value of inventory + Net Markup - Net Markdown = $565000 + $1340000 + $61000 - $31000 = $1935000
Cost to retail ratio = Cost of goods available for sale/Retail value of goods available for sale = ($1412550/$1935000)*100 = 73%
Sales value at retail = $1265000
So, Cost Of goods Sold = Sales Value at retail*Cost to retail ratio = $1265000*73% = $923,450
2. Ending Inventory Retail Value = Retail value of goods available for sale-Sales value at retail = $1935000 - $1265000 = $670,000
So, Cost of ending inventory = Ending inventory value at retail*Cost to retail ratio = $670000*73% = $489,100
During the cooling off period, underwriters would be allowed to do all of the aforementioned except: b) advertise the issue.
<h3>Who is an
underwriter?</h3>
An underwriter can be defined as an individual or business firm that is saddled with the responsibility of evaluating and assuming another party's financial risk for an agreed amount of money (fee), which is often paid as a spread, commission, interest, or premium.
This ultimately implies that, an underwriter helps a lender (financial institution) in determining the level of risk associated with an issue.
As a general rule, underwriters would be allowed to do all of the following during the cooling off period:
- Take indications of interest.
- Distribute a preliminary prospectus.
In this context, we can reasonably infer and logically deduce that during the cooling off period, underwriters would only be allowed to do all of the aforementioned except distribute sale or advertise the issue.
Read more on underwriters here: brainly.com/question/28026586
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Answer: D) Daily Compounding
Explanation:To earn as much interest as possible, Anthony should open a savings account that earns compound interest and has the highest interest rate.
Daily compounding is compounded every day, hence Anthony will get the best rate of return on his interest with this.
Answer:
FV= $247.69
Explanation:
Giving the following information:
Initial investment (PV)= $230
Number of periods (n)= 3 years
Interest rate (i)= 2.5% = 0.025
<u>To calculate the future value (FV), we need to use the following formula:</u>
FV= PV*(1+i)^n
FV= 230*(1.025^3)
FV= $247.69
Answer:
you would watch all the teams and see if they are working with each other
Explanation:
Then if you see that they are good give them a score
then see if they got a good score.