Answer:
Code is in the attached screenshot.
Explanation:
Assumed it was written in Java based on your other question asked.
Answer: True
Explanation:
Virtual memory is the secondary storage memory and this type of memory are addressed as main part of the memory.
When the virtual memory copying in the physical memory then, at that time the operating system divide the memory into the file page with the address and definite size number. Then, the each page are store in a disk.
When this page are required then, the operating system copy from disk to main memory and then, the virtual address are converted into the real address.
Answer:
The answer to this question is given below in the explanation section.
Explanation:
The correct answer to this question is c)field.
As we know that the feature of an entity is represented by its attribute in the database table. A database table is a set of records of different fields. Each field represents a row in a database table. Each field can contain a set of attributes related to an entity such as a paint color.
So the price of paint will be in its own field. Because there are different colors in the database table. Each color has its own record in form of a field. As you know that each field is a row in the database table. So, each row has the price of a paint color.
Other options are not correct because:
The table contains a list of fields and each field contains its own paint price. The format and file is something different and does not have any relation with the question scenario.
The stock market would behave very differently if people had easy access to that data.
Pseudocode algorithms are used as prototypes of an actual program.
The required pseudocode algorithm is as follows:
- <em>Start</em>
- <em>input name, score, test_worth</em>
- <em>percent_score = score/test_worth * 100</em>
- <em>print name, percent_score</em>
- <em>Stop</em>
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The first line begins the pseudocode algorithm
<em>Start</em>
The second line gets input for the student's name, score and the worth of the test
<em>input name, score, test_worth</em>
The third line calculates the percentage score
<em>percent_score = score/test_worth * 100</em>
The next line prints the student's name and the percentage score
<em>print name, percent_score</em>
The last line ends the pseudocode
<em>Stop</em>
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<em />
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Read more about pseudocode algorithms at:
brainly.com/question/21172316
