Process conpleted. GRADED ACTIVITY #3 (M6.1): SEQUENCE PROBLEM Instruction: Using the sequence programming concept, create a flowchart and a java program that will read four resistors, determine and...

Extracted text: Process conpleted. GRADED ACTIVITY #3 (M6.1): SEQUENCE PROBLEM Instruction: 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 Parallel Series Formula to compute total resistance: totalResistance=resistor1 + resistor2 +...+ resistorN Formula to compute total resistance: totalResistance = 1/((1/ resistor1)+(1/ resistor2)+...+(1/ resistorN)) Depicted 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 are calculated and outputted by the program): Resistor Computation Resistor Computation Enter resistor1: 3.34 Enter resistor1: 2.34 Enter resistor2: 2.23 Enter resistor2: 4.23 Enter resistor3: 7.20 Enter resistor3: 6.72 Enter resistor4: 6.82 Enter resistor4: 5.56 Total resistance Total resistance Series Connection: 19.59 Series Connection: 18.85 Parallel Connection: 0.967728063 Parallel Connection: 1.007635168 Property of and for the excrustve uSE oF SLU. Keproduction, stofmg m a retrievar system, distribuuhg, upivading or posting online, of transmitting m any rorm or by any means, electronic, mechanical, photocopying, recording, or otherwise of any part of this document, without the prior written permission of SLU, is strictly prohibited. UNIVERS BINTA Required: The flowchart, the java file (FamilyName_SeriesParallel.java) containing the code and 2 image files (Samplel and Sample2) containing different sample input/output of the program.