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Question 1 (30 marks) 300-500 words per discussion i. Design an algorithm an algorithm that solves for the following equation. Show the steps only. ax? y = - +2x t ii. Produce the flow chart for the equation in i. Discuss two importance of algorithms and provide an example each. Discuss time complexity and use examples to give scenarios. Discuss space complexity and use examples to give scenarios. Discuss NP vs P and use examples to give scenarios ii. iv. V. vi.

Question 1 (30 marks) 300-500 words per discussion i. Design an algorithm an algorithm that solves for the following equation. Show the steps only. ax? y = - +2x t ii. Produce the flow chart for the equation in i. Discuss two importance of algorithms and provide an example each. Discuss time complexity and use examples to give scenarios. Discuss space complexity and use examples to give scenarios. Discuss NP vs P and use examples to give scenarios ii. iv. V. vi.

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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300-500 words per discussion

1. Design an algorithm that solves for the following equation. Show the steps only.

y= ax2 / t + 2x

2. Produce the flow chart for the equation in 1.

3. Discuss two importance of algorithms and provide an example each.

4. Discuss time complexity and use examples to give scenarios.

5. Discuss space complexity and use examples to give scenarios.

6. Discuss NP vs P and use examples to give scenarios

Question 1 (30 marks) 300-500 words per discussion i. Design an algorithm an algorithm that solves for the following equation. Show the steps only. ax² y =- + 2x t ii. Produce the flow chart for the equation in i. Discuss two importance of algorithms and provide an example each. Discuss time complexity and use examples to give scenarios. Discuss space complexity and use examples to give scenarios. Discuss NP vs P and use examples to give scenarios ii. iv. V. vi. Note: Providing examples to explain your point during discussion will earn you more marks. Question 2 (20 marks) 300-500 words per discussion and avoid plagiarism. Discuss the following the following and provide scenarios each. Consider engineering-based domains when using examples. a. Dynamic Programming b. Asymptotic Analysis c. Greedy Algorithms d. Divide and Conquer Question 3 (25 marks). There exists an engineering firm that is producing different products using automated systems. You have been asked to write programs to help automate some activities in the firm. You are part of a team in the software engineering processes. The firm deals with processing of support beams of aircrafts. The dimensions of the beam vary per aircraft type. Using the situation below, solve the problem for your teammates. Table 1: Beam information
Transcribed Image Text:Question 1 (30 marks) 300-500 words per discussion i. Design an algorithm an algorithm that solves for the following equation. Show the steps only. ax² y =- + 2x t ii. Produce the flow chart for the equation in i. Discuss two importance of algorithms and provide an example each. Discuss time complexity and use examples to give scenarios. Discuss space complexity and use examples to give scenarios. Discuss NP vs P and use examples to give scenarios ii. iv. V. vi. Note: Providing examples to explain your point during discussion will earn you more marks. Question 2 (20 marks) 300-500 words per discussion and avoid plagiarism. Discuss the following the following and provide scenarios each. Consider engineering-based domains when using examples. a. Dynamic Programming b. Asymptotic Analysis c. Greedy Algorithms d. Divide and Conquer Question 3 (25 marks). There exists an engineering firm that is producing different products using automated systems. You have been asked to write programs to help automate some activities in the firm. You are part of a team in the software engineering processes. The firm deals with processing of support beams of aircrafts. The dimensions of the beam vary per aircraft type. Using the situation below, solve the problem for your teammates. Table 1: Beam information
Question 4 (25 marks) 300-500 words per discussion and avoid plagiarism. Discuss the following derived and built-in data types. Provide examples each using c++ а. codes. Built-in Data Type Integers Boolean (true, false) Floating (Decimal numbers) Character and String Derived Data Type List Stack Arrays Queue b. Discuss 5 advantages of using derived Data types.
Transcribed Image Text:Question 4 (25 marks) 300-500 words per discussion and avoid plagiarism. Discuss the following derived and built-in data types. Provide examples each using c++ а. codes. Built-in Data Type Integers Boolean (true, false) Floating (Decimal numbers) Character and String Derived Data Type List Stack Arrays Queue b. Discuss 5 advantages of using derived Data types.
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