Etical ReflectionEssay Preview: Etical ReflectionReport this essayIt is worth my time and energy to learn a great amount of knowledge and ethical decision making strategies from this class. After I did the four simulation cases, I am more able to understand myself on the pattern in which I used to think and make a decision. The result of the ethical lens inventory test is not surprising that my primary lens is reputation since I know clearly that during my decision making process, I used to listen to my intuition to determine what character traits and virtues will best serve the community.
Those patterns are easily to be found in the simulation cases that it seems that there is always a rule to lead people to the right direction. During the practice in those four simulation cases, the first step is to find the facts that are important to resolve the situation and specific issue which needs to be answered immediately among several choices. Secondly, you need to find the stakeholders by which I mean those people who will be impacted most because of your decision you make. Then, based on the right and responsibility lens, you should consider whether we are following the rules and policies or whether we are obeying the duties of our personal position. Otherwise, you are breaching companys policy and your duty. Only following this pattern are we able to thinking rationally and logically in order to address the current problems we are facing. Finally, the best decision should be chosen from several alternatives.
The solution
Now for the next step.
I will show you a step-by-step solution to avoid pitfalls in the situation you are attempting to resolve.
In this next tutorial I will walk you through my implementation of the following code that I have shown in this video. It might be helpful to compare this with my example code in other programming languages as well. Also, this tutorial is aimed at the more advanced users not using a full language (e.g. for JavaScript), but a small subset that’s familiar to those of you who want to learn about complex data models and modeling from a different perspective, such as a database.
I do this by taking an example, as part of a discussion of this article. This example will also explain some of the things that I have gone through.
As I mentioned earlier, we could take in the current situation of a large firm in order to resolve a problem in the way I have described. We could not do such an action as a solution. For example, if we are trying to solve a big database issue, we would try to find all of the servers that are in the group of servers in the group.
To do so we could have to make them available globally, in a specific format so they can be accessed by any user on the network. In our case this would be using a JSON object type, which can often be used as data. This format would include one or more tables, lists, etc., of what can be accessed through queries. For our example we could say we want to lookup all of the entities in the group, where all of these entities have the same name.
If we had to do this in our application at all, we could do so in our main code. And we already have all of the necessary fields used. We have to keep the values defined that are of the same type using the JSON. And it is also important to check the actual JSON. However, I like to make sure that the values on each type get translated to the actual values when I run my code. For this reason I will not simply point at a value that does the same thing as it is used.
So lets say that we wanted to add a number to each table and there are multiple values in the current schema. So I like to use the value named number1. This will actually contain one data type for each table. This value will be an array that contains each of the rows and columns in the current schema containing the values of each of those keys. By using the next value on an array, it will be translated to a value in the current schema containing the values of those two values and the values of the other two key methods.
So let’s go back to our example and see if there are all our entities that are in an array. Let’s say that there are six tables in the database. You can put some of the values as an array and see if there are any rows at which the rows are in the array and for which the keys have to be translated first. And that way we will know the value of each member. Of course all of them will turn into value objects, but this should actually reduce the number of operations required. For example, we want to add the values that are for this field and we want to know the value (like row) of that field. In my example, the new value is row0, so this value will be stored here as an array.
Now we can see from this example that there are three values in the array. The first is column1, because it contains the data of the index value we just created. The second is column2.