The given compound conditions would be considered true or false as follows:
- 2 <3 and 5 <1 is false.
- 3 <3 or 1 ≤1 is true.
- not (2 == 3) is true.
<h3>How do you know if a statement is true or false?</h3>
A statement is said to be true if what it shows is the case, and it is false if what it shows is not the case.
Based on what is given above, The given compound conditions would be considered true or false as follows:
- 2 <3 and 5 <1 is false.
- 3 <3 or 1 ≤1 is true.
- not (2 == 3) is true.
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A kernel manages the whole computer including hardware. In Unix, all processes are launched from systemd/launchd.
<em>(I'm not a lawyer, I'm not your lawyer, and this isn't legal advice.)</em>
You should ensure you have permission to use the image.
Most commonly, this will happen in one of two forms:
- The image already has a free license allowing you to use it. (Generally, this will be a Creative Commons license.) Follow the terms specified and you should be all set!
- If the image isn't already licensed freely online, you'll need to ask the photographer or publisher for permission to use the image. In this case, a quick email is usually enough to get the ball rolling.
In either case, you should generally have explicit permission from the person who created the picture for you to reuse and share it.
(There are some cases in which "fair use" will apply and you may not need permission from the copyright owner, but this varies on a case-by-case basis. I encourage you to do your research on that area if needed.)
Answer:
Normalization
Explanation:
Converting a poorly-structured table and optimizing its database structure in order to reduce redundancy in relations can be referred to as database normalization. If the data is not redundant means that data inconsistencies and errors like deletion and insertion will get reduced or eliminated significantly.
Relational tables need to be DISTINCT to help avoid duplicate data.
Distinct is defined as readily distinguished or recognizably different in nature from something of similar type.
Being distinct is the first integrity rule that a relational table follows. It ensures that the data in the table are always accurate and accessible.