Answer:
a. Defining the problem, generating alternatives, selecting an alternative, implementing and evaluating the solution.
Explanation:
In order to solve a problem managers should follow logical steps to solve it correctly. First, the problem needs to be defined and all the possible ways in which the problem could be resolved should be listed. Then, the solutions should be analyzed to determine which one is the best one for the specific case. After that, it should be implemented properly and the last step will be to evaluate the solution to get feedback and determine if it fixed the problem or if another solution will need to be found to deal with it.
The correct option is D.
When one is about to start using a particular social media, it is needful that one first creates a trial for some important reasons. Firstly, creating a trial gives one the opportunity to become familiar with the program, so that one will know what using the media entails. Creating a trial also gives one the opportunity to decide whether the social media is fit for one's needs or not. During this period, one will surely make some mistakes, but their impacts will be minimized because one is just trying out the social media.
The reason for a bimodel distribution is that a bimodal distribution may occasionally result from merging data from two processes or populations.
<h3>What is a bimodel distribution?</h3>
- Two modes comprise a bimodal distribution. In other words, the results of two distinct processes are integrated into a single collection of data.
- The distribution sometimes goes by the name "double-peaked." Consider the distribution of production data over two shifts in a manufacturing facility.
- Bimodal distributions frequently happen as a result of underlying events.
- A bimodal distribution, for instance, can be seen in the amount of patrons who visit a restaurant each hour because people typically eat out for lunch and dinner.
- The bimodal distribution is brought on by the underlying human behavior.
- If a data set has two modes, it is bimodal. This indicates that no particular data value has the highest frequency of occurrence. Instead, the highest frequency is tied between two data values.
Learn more about bimodel distribution here:
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Georgia will receive $17,100.
If Georgia was out of work for 19 weeks she would receive 60% of her weekly pay.
In order to calculate 60% you multiply $1,900 x .6 = $1,140.
Georgia’s Disability insurance will pay $1,140 per week after a four week waiting period. She is out for 19 weeks, so with the 4 week waiting period, she will collect benefits for 15 weeks. 15 weeks x $1,140 = $17,100 total.
