Sets up a LAN for the office APEX VERIFIED
Answer:
B. Units transferred to the next department × Cost per equivalent unit
Explanation:
Cost per equivalent unit refers to the cost of each completed unit possible.
As there is not only the units which are complete, but newly introduced and those in work in progress, and therefore, the cost of each equivalent unit is calculated so that it computes the cost for each unit.
Accordingly, all the units which are completed and transferred to another department are complete and the equivalent cost of completion of each unit shall be allocated to those units.
Therefore, correct option is:
Option B.
Suppose in studying Climate Change we discover that in one country, deserts are going to be created where formerly there was grasslands and an abundance of water and in another place the coastlines are going to be altered. If you are an American, how do you think a politician is going to respond to such a problem.
Will his/her response be well thought out based on scientific preparedness, or will he (or she) grab onto the first solution suggestion to him/her and try and implement that?
Whatever he/she does, it will cost and everyone will be affected. A starting place is to find out what presidents in the past have done. During the Bush administration (the second Bush), there was an oil crisis. He responded by allocating more acreage to the growing of corn so supplementing oil production. Replaceable resources for non renewable ones. Sounded like a very good solution, but was it? As it turned out, no. He was robbing Peter to pay Paul. Thousands of people suffered (and died) with that decision because food is much more important than solving transportation problems at the expense of food.
The same is true here. If a solution is sought for global warming, politicians have to be well aware of what they are doing. And that has to be studied very carefully.
I'm guessing its a combination of two goods that can be produced using limited resources in order for a economy to be efficient they must be able to decide on the products and services they can produce with their limited resources.
Answer:
approximate YTM = 12.16%.
Explanation:
the approximate yield to maturity = {coupon + [(face value - market value) / n]} / [(face value + market value) / 2]
approximate yield to maturity = {100 + [(1,000 - 850) / 12]} / [(1,000 + 850) / 2] = 112.5 / 925 = 0.1216 = 12.16%
An investor that purchases this bond at $850 can expect to earn a 12.16% return.
