A fuzzy-logic-based water heater is designed to work according to the required temperatureand stop when it reached the required temperature.Given Table 3.0 below, kindly examine acomplete C code to estimate the total time needed to achieve the desired temperature. Theinput of the program is targetted temperature in degree celcius (°C), and the output is theestimated time in minute. Assuming the current water temperature is 20 degree celcius (°C).Table 3.0: Required time for different temperature increments.Required time to increase the temperature (minute)Temperature(°C)20-24Every 1 degree celsius increment required 1.5 minutesEvery 1 degree celsius increment required 2.5 minutesEvery 0.5 degree celsius increment t required 3.5 minutes24-2828-35

This solution provides a complete C program to estimate the total time needed for a water heater to…

A fuzzy-logic-based water heater is designed to work according to the required temperature and stop when it reached the required temperature.Given Table 3.0 below, kindly examine a complete C code to estimate the total time needed to achieve the desired temperature. The nput of the program is targetted temperature in degree celcius (°C), and the output is the stimated time in minute. Assuming the current water temperature is 20 degree celcius (°C). Table 3.0: Required time for different temperature increments. Required time to increase the temperature (minute) Temperature (°C) 20-24 Every 1 degree celsius increment required 1.5 minutes 24-28 Every 1 degree celsius increment required 2.5 minutes Every 0.5 degree celsius increment t required 3.5 minutes 28-35

A fuzzy-logic-based water heater is designed to work according to the required temperature and stop when it reached the required temperature.Given Table 3.0 below, kindly examine a complete C code to estimate the total time needed to achieve the desired temperature. The nput of the program is targetted temperature in degree celcius (°C), and the output is the stimated time in minute. Assuming the current water temperature is 20 degree celcius (°C). Table 3.0: Required time for different temperature increments. Required time to increase the temperature (minute) Temperature (°C) 20-24 Every 1 degree celsius increment required 1.5 minutes 24-28 Every 1 degree celsius increment required 2.5 minutes Every 0.5 degree celsius increment t required 3.5 minutes 28-35

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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Question

A fuzzy-logic-based water heater is designed to work according to the required temperature
and stop when it reached the required temperature.Given Table 3.0 below, kindly examine a
complete C code to estimate the total time needed to achieve the desired temperature. The
input of the program is targetted temperature in degree celcius (°C), and the output is the
estimated time in minute. Assuming the current water temperature is 20 degree celcius (°C).
Table 3.0: Required time for different temperature increments.
Required time to increase the temperature (minute)
Temperature
(°C)
20-24
Every 1 degree celsius increment required 1.5 minutes
Every 1 degree celsius increment required 2.5 minutes
Every 0.5 degree celsius increment t required 3.5 minutes
24-28
28-35

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