Answer:
The answer is "option d".
Explanation:
UML stands for Unified Modeling Language. It is an OOPs based language that is used to design a graphic by software developers. This language can also be used to build diagrams and provide some tools to ready-to-use, interactive templates for users and other options are not correct that can be described as:
- In option a, The Top-down approach is not followed by UML.
- In option b, UML uses an object-oriented programming language that follows a bottom-up approach. It refers to a style of programming.
- In option c, It does not use structured programming because it uses procedural languages.
If your powersupply has the standard 24 pin connector, you can make it switch on by connecting a green and a black (find a good picture to see the pin numbers). Google for the "paperclip test" for details.
Answer:
The answer is "Resources".
Explanation:
All services should definitely be reviewed through Carlie. However many Software Developers, Reviewers, and others are accessible are important to find out. Only then can Carlie find out because needed, the exact timelines. Because whenever establishing precise deadlines, she needs to take a look at the tools, that's why the above given choice is correct.
Answer:
Calmly ask him for his name and a more detailed explanation of the problem.
Explanation:
Since in the question, it is mentioned that the anger use who fails to identify himself and claim that his workstation is malfunctioning and want to fix it now
Now the action which would be taken is to ask his name in a calmy manner and understand what the actually problem he is suffering by understanding it in a detailed way
Therefore according to the given case, the correct option is d.
Hannah dakota's experiment obtained reaction time data using a factorial design with two independent variables. she should use a Two-way ANOVA to evaluate her data. <span>The two independent variables in a two-way ANOVA are called factors. The idea is that there are two variables, factors, which affect the dependent variable.</span>