KINDLY SHOW THE CODES IN ANY JAVA DEVELOPERS LIKE JCREATOR OR ECLIPSE OUTPUT SHOULD BE LIKE IN THE TABLE Using the sequence programming concept, create a flowchart and a javaprogram that will read four resistors, determine and output the total resistance interms of series and in terms of parallel connection.Type of ConnectionScriesParallelFormula to compute total resistance:totalResistance resistorl + resistor2Formula to computc total resistance:totalResistance 1/((1/ resistor l)+(1/resistor2)+...+(1/ resistorN))+...+ resistorNDepicted below is sample a sample input/output when the program is executed(the values in bold are inputted by the user, while the values in bold italics arecalculated and outputted by the program):Resistor ComputationResistor ComputationEnter resistor1: 2.34Enter resistor1: 3.34Enter resistor2: 4.23Enter resistor2: 2.23Enter resistor3: 6.72Enter resistor3: 7.20Enter resistor4: 5.56Enter resistor4: 6.82Total resistanceTotal resistanceSeries Connection: 18.85Series Connection: 19.59Parallel Connection: 1.007635168Parallel Connection: 0.967728063CamScanner

Please find the java program below: import java.util.*; import java.util.Scanner; class…

Using the sequence programming concept, create a flowchart and a java program that will read four resistors, determine and output the total resistance in terms of series and in terms of parallel connection. Type of Connection Scries Parallel Formula to compute total resistance: totalResistance-resistorl + resistor2 Formula to compute total resistance: totalResistance 1/((1/ resistor l)+(1/ resistor2)+...+(1/ resistorN)) %3D resistorN

Using the sequence programming concept, create a flowchart and a java program that will read four resistors, determine and output the total resistance in terms of series and in terms of parallel connection. Type of Connection Scries Parallel Formula to compute total resistance: totalResistance-resistorl + resistor2 Formula to compute total resistance: totalResistance 1/((1/ resistor l)+(1/ resistor2)+...+(1/ resistorN)) %3D resistorN

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

Create a flowchart and a java program that reads a positive, non-zero integer as input and checks if the integer is deficient, perfect, or abundant. A positive, non-zero integer, N, is said to be perfect if the sum of its positive proper divisors (i.e., the positive integers, other than N itself, that divide N exactly) is equal to the number itself. If this sum is less than N, the number is said to be deficient. If the sum is greater than N, the number is said to be abundant.
make a simple calculator using java using switch case that take you input number and one operator as a input and execute the operation regarding the operator
Write a Java program that displays a temperature conversion table for degrees Celsius and degrees Fahrenheit. The table should include rows for all temperatures between 0 and 100 degrees Celsius that are multiples of 10 degrees Celsius.
Write a java program that asks a user to enter a set of positive integer values. When the user stops(think of sentinel value to stop), the program displays the maximum value entered by the user. Yourprogram should recognize if no value is entered without using counter. Sample run:
Create a Java program that reads the monthly due of the electricbill from January to December. Use any type of loop. Determine and output which month and respective monthly due of the greatest and least amount due.
On a piano, a key has a frequency, say f0. Each higher key (black or white) has a frequency of f0 * rn, where n is the distance (number of keys) from that key, and r is 2(1/12). Given an initial key frequency, output that frequency and the next 4 higher key frequencies. Output each floating-point value with two digits after the decimal point, which can be achieved by executingcout << fixed << setprecision(2); once before all other cout statements.
create a Java program that repeatedly asks the user whether they wish to calculate another square root. If the response is "y", then the program should proceed; if it is anything else, then the program should quit. Whenever it proceeds, the program should prompt the user for a number (a positive double, and your program may simply assume the input is consistent with this requirement) and then report the square root of that number to within a relative error of no more than 0.01%. The computation must be done using Newton iteration. The intuitive idea of Newton iteration for computing square roots is fairly straightforward. Suppose you have a guess r for x1/2 that is too large; the argument is similar if it is too small. If r is too large to be the square root of x, then x/r must be too small, so the average of r and x/r should be a better guess than either r or x/r. This suggests that if you repeatedly replace your current guess r by (r + x/r)/2, then your sequence of guesses should…
This java program outputs a downwards facing arrow composed of a rectangle and a right triangle. The arrow dimensions are defined by user specified arrow base height, arrow base width, and arrow head width. (1) Complete the data read in part of the program. Then modify the given program to use a loop to output an arrow base of height arrowBaseHeight. (2) Modify the given program to use a loop to output an arrow base of width arrowBaseWidth. Use a nested loop in which the inner loop draws the *’s, and the outer loop iterates a number of times equal to the height of the arrow base. (3) Modify the given program to use a loop to output an arrowhead of width arrowHeadWidth. Use a nested loop in which the inner loop draws the *’s, and the outer loop iterates a number of times equal to the height of the arrowhead. (4) Modify the given program to only accept an arrowhead width that is larger than the arrow base width. Use a validation loop to continue prompting the user for an arrowhead…
To direct output to the display in Java, we can use: System.out.println() System.out.printf() Both a and b writeLine()
On a piano, a key has a frequency, say f0. Each higher key (black or white) has a frequency of f0 * rn, where n is the distance (number of keys) from that key, and r is 2(1/12). Given an initial key frequency, output that frequency and the next 4 higher key frequencies. Output each floating-point value with two digits after the decimal point, which can be achieved by executingcout << fixed << setprecision(2); once before all other cout statements. Ex: If the input is: 440.0 (which is the A key near the middle of a piano keyboard), the output is: 440.00 466.16 493.88 523.25 554.37 Note: Use one statement to compute r = 2(1/12) using the pow function (remember to include the cmath library). Then use that r in subsequent statements that use the formula fn = f0 * rn with n being 1, 2, 3, and finally 4.
Consider a ball is kicked at an angle e (in degrees) from the horizontal with an initial velocity vo m/s. Write a java program that ask the user for values of e and vo m/s (meter per second) and accordingly it simulates the ball movements in very short time intervals At millisecond (ms). You will take the time interval for measurements at a standard interval of At = 10 ms and determine the football position Ax and Ay (i.e. x and y coordinate). For the next iteration the new Ax and Ay will be used to update the distance. Run the simulation until the football falls back to earth. Your program computes and displays the position (x and y coordinates) and the velocity (vỵ and v,) of the football to record its dynamic-motion until it hits the ground. Calculate x and y every 10 ms but print the values every 500 ms with the format as shown in sample runs figures below.
You will write a Java program that will perform the following operations, in this order:1) Input a series of three Fahrenheit temperatures (as doubles) from the keyboard.2) Output the following for each temperature, all on the same line (i.e., a total of threelines of output, each with four labeled values):• The original Fahrenheit temperature• The temperature converted from Fahrenheit to Celsius• The temperature converted from Fahrenheit to Kelvin• The converted Kelvin temperature converted back to FahrenheitNotes/Specifications:a) Display all values as floating point numbers to two decimal places.b) Clearly prompt all inputs and label all output explicitly. There should be no doubtwhat each output value is. All output must be uncluttered and easy to read.c) Have at least one blank line between each line of output.d) Research all conversion formulas and test aggressively to make sure your resultsare correct.e) The program consists of just one class.• You need to write three short…