Answer:
Cost per equivalent unit: $60
Explanation:
Cost per equivalent unit = (Cost of Beginning Work in Progress Inventory + Total production cost during the period) / Equivalent Units of Production (EUP)
Total Production Cost = $90,000
Equivalent Units of production (EUP) = 1,300 + 400 x 50% = 1,500 units
Cost per equivalent unit: $90,000 / 1,500 units = $60
Answer: B.
Explanation: I would say B because they probably don't give two BLEEPS about an editor. And not C because it doesn't cost money to edit a entry.
Answer:
People
Explanation:
People is the component of the marketing mix that deals with what the customer wants and how to effectively tailor products to meet those needs
It gives rise to segmentation of customers based on their preferences. Customers within a given segment are effectively catered for by because the company has an understanding of how to satisfy them.
In this scenario we want to find the major benefits people look for in the packaged goods market, the kinds of people who look for each benefit, and the major brands that deliver each benefit.
<span>The manager will weigh the pros and cons of each alternative before implementing the solution. The manager should look at each alternative and list the benefits and the negatives for each alternative. After reviewing the list of benefits and negatives for each alternative, the manager can eliminate the alternatives that possess too many negatives or cons. The alternatives with the most benefits should be considered more carefully. The manager should then implement the alternatives with the most benefits or pros on a trial basis. The alternative with the best results is the one that is deemed useful, permanent and beneficial to the company.</span>
Answer:
You should be willing to pay $984.93 for Bond X
Explanation:
The price of a bond is equivalent to the present value of all the cash flows that are likely to accrue to an investor once the bond is bought. These cash-flows are the periodic coupon payments that are to be paid annually and the proceeds from the sale of the bond at the end of year 5.
During the 5 years, there are 5 equal periodic coupon payments that will be made. Given a par value equal to $1,000 and a coupon rate equal to 11% the annual coupon paid will be 
= $110. This stream of cash-flows is an ordinary annuity.
The PV of the cash-flows = PV of the coupon payments + PV of the value of the bond at the end of year 5
Assuming that at the end of year 5 the yield to maturity on a 15-year bond with similar risk will be 10.5%, the price of the bond will be equal to :
110*PV Annuity Factor for 15 periods at 10.5%+ $1,000* PV Interest factor with i=10.5% and n =15
= ![110*\frac{[1-(1+0.105)^-^1^5]}{0.105}+ \frac{1,000}{(1+0.105)^1^5}](https://tex.z-dn.net/?f=110%2A%5Cfrac%7B%5B1-%281%2B0.105%29%5E-%5E1%5E5%5D%7D%7B0.105%7D%2B%20%5Cfrac%7B1%2C000%7D%7B%281%2B0.105%29%5E1%5E5%7D%20)
=$1,036.969123
therefore, the value of the bond today equals
110*PV Annuity Factor for 5 periods at 12%+ $1,036.969123* PV Interest factor with i=12% and n =5
= ![110*\frac{[1-(1+0.12)^-^5]}{0.105}+ \frac{1,036.969123}{(1+0.12)^5}](https://tex.z-dn.net/?f=110%2A%5Cfrac%7B%5B1-%281%2B0.12%29%5E-%5E5%5D%7D%7B0.105%7D%2B%20%5Cfrac%7B1%2C036.969123%7D%7B%281%2B0.12%29%5E5%7D%20)
=$984.93
