Answer:
Return on investment = 18.07% (Approx.)
Explanation:
Given:
NUmber of share = 75 shares at $19.58 per share
Amount of dividend received = $73.42
Stock value at end = $22.14 per share
Find:
Return on investment
Computation:
Purchase price = 75 x 19.58
Purchase price = $1,468.5
Final value + Dividend = 75(22.14) + 73.42
Final value + Dividend = $1,733.92
Profit = $1,733.92 - $1,468.5
Profit = $265.42
Return on investment = [Profit / Initial value]100
Return on investment = [265.42 / 1,468.5]100
Return on investment = 18.07% (Approx.)
Answer:
Other customers of the firm who place buy orders, if the firm has information barriers in place.
Explanation:
FINRA has strict rules against front running, and this is the process by which interested parties place orders for shares beforehand because they have insider information on how a share is going to perform in the future.
This rule is binding on any registered representative.
However if the firm has information barriers in place, any other customers that places a buy order will be assumed not to have insider knowledge of the share's expected performance. The FINRA rule is not binding on them.
Solution:
Single factory overhead amount: the amount at which plant overheads or processing overheads are assigned to goods is referred to as single plant overhead rate.
Formula to measure a single plant-wide overhead rate:
Single plant-wide overhead rate :
Different development team overhead rate: this distribution system describes the various divisions engaged in the manufacturing cycle. Factory overheads are assigned to goods on the basis of the overhead cost for each of the manufacturing units.
Formula for calculating various output department overhead:
Multiple production department overhead rate:
![\frac{ Budgeted department factory overhead}{ Budgeted department factory overhead}](https://tex.z-dn.net/?f=%5Cfrac%7B%20Budgeted%20department%20factory%20overhead%7D%7B%20Budgeted%20department%20factory%20overhead%7D)
For calculate: single plant-wide overhead rate use direct working hours (DLH) as the allocation basis, and measure factory overhead.
Using DLH as the allocation basis to measure a single plant-wide overhead limit.
Single plant-wide overhead rate : ![\frac{Total budgeted factory overhead}{ Total budgeted plant-wide allocation base}](https://tex.z-dn.net/?f=%5Cfrac%7BTotal%20budgeted%20factory%20overhead%7D%7B%20Total%20budgeted%20plant-wide%20allocation%20base%7D)
=
For calculate: single plant-wide overhead rate use direct working hours (DLH) as the allocation basis, and measure factory overhead.
Using DLH as the allocation basis to measure a single plant-wide overhead limit.
Answer: Business intelligence
Explanation: Business intelligence is a term used to describe the strategic steps taken to obtain or collect data,carry out the analysis of the data analysis, showing trends, patterns and relationship between factors, treatments and other considerations before making business decisions. Business intelligence is all in modern business processes to adequately explore the advances in technology for Business decisions making.
<u>Explanation:</u>
First, remember that the difference between <em>normative and positive economic analysis</em> is that;
Normative analysis take a somewhat neutral view by stating how the world should be. While
The Positive analysis states the facts. That is, it describes the world as it is.
<u>
Thus, a </u><u>Normative analysis</u><u> of the consequence of minimum wage would be the following statements:</u>
c. In some cities such as San Francisco and New York, it would be impossible for low−skilled workers to live comfortably in the city without minimum wage laws.
d. The gains to winners of a minimum wage law should be valued more highly than the losses to losers because the latter primarily comprises businesses.
<u>And a </u><u>Positive analysis</u><u> of the consequence of minimum wage would be the following statements:</u>
a. The minimum wage law causes unemployment.
b. A minimum wage law benefits some groups and hurts others.