With a fancy calculator, finding square roots is easy. But what if you only had a basic four-function calculator? Assuming that number holds the value that you want to calculate the square root of, the following algorithm approximates the square root of a number: Get a guess from a human Square the guess If the squared guess is within 0.1 of the original number, we will accept the guess as our answer If it is not, try again with a different guess and keep trying until we get an answer that is close enough This algorithm relies on a human to make the guesses, though it wouldn't be too hard to also design an algorithm for making an appropriate guess. What would be a flowchart for this?
With a fancy calculator, finding square roots is easy. But what if you only had a basic four-function calculator? Assuming that number holds the value that you want to calculate the square root of, the following algorithm approximates the square root of a number: Get a guess from a human Square the guess If the squared guess is within 0.1 of the original number, we will accept the guess as our answer If it is not, try again with a different guess and keep trying until we get an answer that is close enough This algorithm relies on a human to make the guesses, though it wouldn't be too hard to also design an algorithm for making an appropriate guess. What would be a flowchart for this?
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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With a fancy calculator, finding square roots is easy. But what if you only had a basic four-function calculator? Assuming that number holds the value that you want to calculate the square root of, the following
- Get a guess from a human
- Square the guess
- If the squared guess is within 0.1 of the original number, we will accept the guess as our answer
- If it is not, try again with a different guess and keep trying until we get an answer that is close enough
This algorithm relies on a human to make the guesses, though it wouldn't be too hard to also design an algorithm for making an appropriate guess.
What would be a flowchart for this?
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