The three (3) problems in the are to be programmed directly using RSLogix. You must create a new program file for each problem and setup the proper controller type. Identify each problem with a program file . Where x is the problem number and FML are your first, middle, and last name initials. Enter the ladder logic on the corresponding window. All symbols must be specified, and a description must be added stating the type of device with its normal state (NO, NC). Upload the three (3) .RSS files and submit them through the Dropbox via D2L. Please use RSLogix to solve.

Instructions: The three (3) problems in the exam are to be programmed directly using RSLogix. You must create a new program file for each problem and setup the proper controller type. Identify each problem with a program file using the following format: E2_x_FML.RSS. Where x is the problem number and FML are your first, middle, and last name initials. Enter the ladder logic on the corresponding window. All symbols must be specified, and a description must be added stating the type of device with its normal state (NO, NC). Upload the three (3) RSS files and submit them through the Exam 02 Dropbox via D2L. Problem No. 1: (30 pts.) A committee of four jurors decide the grade of a Senior Project presentation. Each juror must vote, and the vote must be either in favor or against. There are four possible grades that the jury can grant: 1.not approved (if less than two jurors vote favorable); 2.approved with reservations (if two and only two jurors vote favorably); 3.approved satisfactorily (if three and only three of the jurors vote favorable); and 4.approved with honors (if all four jurors vote favorably). You need to design an automated voting system for the described voting system using PLC. Each juror should vote by pressing a normally open button for a favorable vote or not pressing the button for a vote against. The result of the voting should be displayed by one and only one or none of the three pilot lights: 1.none of the lights turn on when the project is not approved (less than two votes in favor); 2.a blue light turns on when the result of the voting is approved with reservations (two and only two votes in favor); 3.a green light turns on when the result of the voting is approved satisfactorily (three and only three votes in favor); or 4.a yellow light turns on when the result of the voting is approved with honors (all four votes in favor). - Do not use latch and unlatch instructions. - Assign sequential addresses to the input and output devices starting from bit 1