Which statement is true about an algorithm?Select one:O a. Each step in an algorithm should accomplish everything needed for a subtask.O b. While order of steps in an algorithm might not be critical, they should be carried out in the order they are writtensequentially unless the structure indicates branch or repeat.O c. The tasks of an algorithm should be independent such that they can be carried out simultaneously to increasethroughput.Od. The steps in an algorithm can be executed in any order, as long as they are executed

Answered: Image /qna-images/answer/c189f8b3-0025-4807-a469-decea341c132.jpg

Which statement is true about an algorithm? Select one: O a. Each step in an algorithm should accomplish everything needed for a subtask. O b. While order of steps in an algorithm might not be critical, they should be carried out in the order they are writter sequentially unless the structure indicates branch or repeat. O c. The tasks of an algorithm should be independent such that they can be carried out simultaneously to increase throughput. O d. The steps in an algorithm can be executed in any order, as long as they are executed

Which statement is true about an algorithm? Select one: O a. Each step in an algorithm should accomplish everything needed for a subtask. O b. While order of steps in an algorithm might not be critical, they should be carried out in the order they are writter sequentially unless the structure indicates branch or repeat. O c. The tasks of an algorithm should be independent such that they can be carried out simultaneously to increase throughput. O d. The steps in an algorithm can be executed in any order, as long as they are executed

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

See similar textbooks

Similar questions

Divide and Conquer is one of the important design method for Algorithm. What is the major feature to design an algorithm applying the Divide and Conquer idea ? 單選: a. Recursive in Assign, Calculate, Output. O b. Recursive in Assign, Divide, Conquer. O c. Recursive in Divide, Calculate, Combine. d. Recursive in Divide, Conquer, Combine. e. Recursive in Calculate, Conquer, Combine. We call it as 3C.
Which of the following are features of an algorithm? A An algorithm should be simple. B An algorithm should be concise. It should be efficient. D It should be effective. E) None of the other choices are correct.
Determine which characteristics of an algorithm the following procedures have and which they lack. procedure double(n: positive integer) while n > 0 n:= 2n
Q1........... is writing a step-by-step procedure (instructions) to solve a problem to achieve a specific result in a limited period of time. O Analysis O Correctness O Algorithm Design Q2. Writing simple and basic steps helps in producing an efficient algorithm. * O True False
i. Using the graph below, implement the Iterative Deepening Search algorithm considering the final state is six(6) and the initial state is zero(0) using the python programming language. N.b Kindly add comments to your code ii.. Descriibe in summary how the algorithm was implemented.
Design an algorithm for computing . Assume n is a whole number and the algorithm uses basic arithmetic operations (addition, subtraction, multiplication, division) and inequalities.
6. URGENT!!!
2. Give an example of a non-computer algorithm that is often used in your daily life. Explain your algorithm and how it works. A minimum of 100 words is required.
Find the quotient machine of the following DFA. Please use a different marker for each iteration of the algorithm.
Only 7 and 8
1) Design an algorithm using DFS that detects whether graph G has a cycle. State and explain running time. Graph G need not be connected. Write in Pseudocode, please. 2) BFS refresher: Suppose you have an n × n chessboard and a knight placed in one of the squares. Youwould like to find out the fewest number of moves needed to reach a given target square. Design an algorithmfor this task stated formally below: Input: An n × n chess board, a starting square S, and a target square T.Output: The fewest number of moves a knight takes to move from S to T. Write in Pseudocode, please.
Urgent. Answer the question below. This is a Algorithm Analysis wherein you have to analyze the output of the given Algorithm. Thanks in advance tutor :)