Answer:
The theme is very complex, however a short explanation of that type of distribution is given below with and example.
Explanation:
To begin with, that distribution of variables will totally depend on the type of product that is being under study. Having that in mind, the distribution to the advertising will be more or less strong on the consumer's attention depending on the day. Therefore that, for example, if the case is about an alcoholic drink or something related to the weekends like clothes for going out or something like that, then the advertising will cause more impact in the consumer on fridays and saturdays and that will be like that because the consumer will now be exposed to the possible situation of going out that exact night so he or she might want to consumer an alcoholic drink.
It will be the same with the hours of every day, if the advertising is shown late at night but before party time, then the consumers will be exposed to that commercial and will the necessity of buying, psychologically speaking.
Answer: $20,478.78
Explanation:
In 14 years the investment will be,
Gold
10,000/2 = 5000
Then use the compound interest formula
5000 * (1+0.07)^ 14 = $12,892.67
For Certificates of Deposits.
Use the Compound interest formula
Rate and period are in years. Convert to semi annual basis.
3%/ 2 = 1.5%
14 * 2 = 28 periods
= 5000 ( 1+ 0.015) ^ 28
= $7,586.11
Add both
=$12,892.67 + $7,586.11
= $20,478.78
When making an attribution, Dan considers how this roommate has behaved in similar situations in the past. Dan is using consistency information.
Information consistency refers to the same thing, being consistent, that even though something may be slightly different the outcome remains the same. In this case, Dan is assuming his roommate will make the same behavior choices as he has previously.
Answer:
6.00 days
Explanation:
data provided
Inspection time = 3.7 days
Process time = 0.2 days
Move time = 1.3 days
Queue time = 0.8 days
The calculation of throughput time is given below:-
Throughput time = Inspection time + Process time + Move time + Queue time
= 3.7 days + 0.2 days + 1.3 days + 0.8 days
= 6.00 days
Here, we added the inspection time, process time , move time and queue time to reach at throughput time and we ignore the time spent waiting to be worked on in the factory as it is not relevant.
