The effectiveness of an ad's placement is often judged by its cost per thousand (CPM), or the cost of reaching 1,000 audience members. For example, an ad that costs $20,000 to place in a major newspaper that is read by 1 million people has a CPM of:
c. $200.00
Explanation:
- The effectiveness of an ad's placement is often judged by its cost per thousand (CPM), or the cost of reaching 1,000 audience members. For example, an ad that costs $20,000 to place in a major newspaper that is read by 1 million people has a CPM of:
- c. $200.00
- Cost per thousand impressions (CPM), is a term that is often used in traditional advertising media selection.
- It is also used in the online advertising and web advertisements.
- CPM is calculated by taking the cost of the advertising and dividing by the total number of impressions and then multiplying the total by 1000 (CPM = cost/impressions x 1000)
- The calculation is as follows;
×1000- The result is $200.
Concerns about the level of service customers receive from overseas operations are likely to increase reshoring of jobs back to the US.
<h3>
What is level of service?</h3>
Level of service (LOS) is a qualitative measure used to relate the quality of motor vehicle traffic service.
LOS is used to analyze roadways and intersections by categorizing traffic flow and assigning quality levels of traffic based on performance measure like vehicle speed, density, congestion, etc.
In a more general sense, levels of service can apply to all services in asset management domain.
There are three level of service namely expected level, the desired level, and the unanticipated level.
To learn more about Level of satisfaction, refer
brainly.com/question/7943284
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The correct answer is B: be expanded.
I just took the test :)
<span>A.
Caught in or caught between
B.
Electrocution
C.
Falls
D.
Struck down
Answer:
None, They are all one of the fatal four
But I would say D</span>
Answer:
Option (B) is correct.
Explanation:
The utility maximization point for a consumer is as follows:
![\frac{MU_x}{P_x}=\frac{MU_y}{P_y}](https://tex.z-dn.net/?f=%5Cfrac%7BMU_x%7D%7BP_x%7D%3D%5Cfrac%7BMU_y%7D%7BP_y%7D)
It is given that,
price of Pepsi(x) = $1 per can
price of a hamburger(y) = $2
Marginal utility from Pepsi = 4
Marginal utility from hamburgers = 6
Hence,
![\frac{4}{1}>\frac{6}{2}](https://tex.z-dn.net/?f=%5Cfrac%7B4%7D%7B1%7D%3E%5Cfrac%7B6%7D%7B2%7D)
4 > 3
Therefore, it can be seen that the consumer's utility is not maximized at this point.
Law of diminishing marginal utility states that as the consumer consumes more and more quantity of goods then as a result the utility obtained from the consumption goes on diminishing.
So, there is a need to increase the quantity of Pepsi consumed and reducing the quantity of hamburgers consumed.