Business Driven Technology
7th Edition
ISBN: 9781259567322
Author: Paige Baltzan Instructor
Publisher: McGraw-Hill Education
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Chapter 2, Problem 3RQ
Program Plan Intro
SWOT Analysis:
SWOT (Strength, Weaknesses, Opportunities and Threats) is an analytical tool that is used to assess the internal strengths, weaknesses, external opportunities, and threats of an organization or a particular decision.
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- Review the Hubspot articleLinks to an external site. on how to do keyword research for SEO from Hubspot, to include the embedded video. Now, walk through the steps in the article. Pick a business or organization. Make a list of important topics for this business or organization. Next, create keywords for each of the topic areas. Then, select ten of your keywords and enter them into a search engine, like Google. Make note of the results. Then, tell us: What factors did you consider when deciding on your topics? What factors did you consider when deciding on your keywords? What were the results of entering your keywords into the search engine? What related search terms appeared when you plugged in specific keywords into your search engine? Respond to two others by addressing their decisions, actions, and results.arrow_forward3. | The following program undergoes scope checking using a stack of symbol tables: 1. void main() { 2. 5. 6. 7. 8. int a; int b%3B int c%;B if (a == b) { float c%;B for (int c = 1; c <10%;B c++ ) { cout << a; 9. } 10. } 11. 12. 13. int a; else { } /* else */ } /* main */ (a) [10] Draw the symbol tables created for this program as follows: List in each sym- bol table all the identifiers in that scope as pairs (identifier,type). Then draw the links (pointers) between the symbol tables that establish the stack structure. (b) [5] Let the scope checking algorithm process line 8 of the program. Identify in your answer to the previous question the symbol table corresponding to the current scope as well as the symbol tables corresponding to all the open scopes. Explain then how are the symbol tables inspected to obtain the type of variable a.arrow_forward5 In C++ private inheritance all the members of the base class are inherited as either pri- vate or protected members in the derived class. Does private inheritance create a subtype relation between the base and the derived class? If yes, then explain why. If not, then explain why and also explain what can the programmer do (if anything) to make the derived class a de facto subtype of the base class.arrow_forward
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