Answer: Matched pairs design
Explanation:
A matched pairs design is a type of study used when 2 treaments are present in an experiment. The individuals in the design can be divided into pairs using a blocking variable, and each pair can then be allocated to treatments at random. This is thus a special type of randomized block design.
In this case the blocking variable can be the various urban areas as 1968 is matched against 1972. Each city can be compared based on 2 measurements. From their each individual can be grouped into pairs and allocated to different treatments.
Race, religion, type of dwelling, gender, brand last purchased, and buyer/nonbuyer are examples of <u>nominal measures</u>.
The nominal level of dimension is the least particular and informative, as it handiest names the 'characteristic' or 'identity' we're involved. In different phrases, in nominal variables, the numerical values simply "name" the characteristic uniquely. In this situation, the numerical value is truly a label.
Dwelling type refers back to the kind of living quarters in which a person resides. In general phrases, a dwelling is described as a set of dwelling quarters. forms of living are recognized in the Census, collective dwellings and private dwellings.
A brand is an intangible marketing or enterprise concept that enables people to become aware of an agency, product, or man or woman. Human beings regularly confuse brands with such things as trademarks, slogans, or different recognizable marks, that are advertising and marketing equipment that help sell items and services.
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Answer:
The occurrence would be more impactful in 1995 as the % drop is higher
Explanation:
In 1995, % change in DJIA = 135 / 4510.79 = 0.029928 = 2.99%
Today, the DJIA is at 29,263.48 . The % change in DJIA = 500 / 29,263.48 = = 0.017086143 = 1.71%
.
Thus, In 1995, the occurrence would be more impactful as the % drop is higher
Answer:
The correct answer is $10,014.40.
Explanation:
According to the scenario, computation of the given data are as follows:
Total cost of assembling = $6.56 × 240 = $1,574.40
Total cost of processing customer order = $65.38 × 48 = $3,138.24
Total cost of setting up batches = $82.84 × 64 = $5,301.76
So, we can calculate the total overhead cost by using following formula:
Total Overhead = $1,574.40 + $3,138.24 + $5,301.76
= $10,014.40
