For N = 2
Total processing time = Run time*2 + Change over time for each station
Station A = 2*35 + 72 = 142
Station B1= 2/2*80 + 170 = 250 (Half the batch size units considered)
Station B2 = 2/2*80 + 170 = 250 (Half the batch size units considered)
Station C = 2*38 + 80 = 156
Total = 142+250+250+156 = 798 sec
For N = 6
Total processing time = Run time*2 + Change over time for each station
Station A = 6*35 + 72 = 282
Station B1= 6/2*80 + 170 = 410 (Half the batch size units considered)
Station B2 = 6/2*80 + 170 = 410 (Half the batch size units considered)
Station C = 6*38 + 80 = 308
Total = 1410 sec
For N = 12
Total processing time = Run time*2 + Change over time for each station
Station A = 12*35 + 72 = 492
Station B1= 12/2*80 + 170 = 650 (Half the batch size units considered)
Station B2 = 12/2*80 + 170 = 650 (Half the batch size units considered)
Station C = 12*38 + 80 = 536
Total = 142+250+250+156 = 2328 sec
B1 Run Time = 80 sec/unit Station C Station ACo- /O = 170 sec Run time...
Station B1 Run Time = 80 sec/unit C/O = 0 Station A Station C Run time = 35 sec/unit C/O = 0 Run Time = 38 sec/unit C/O = 0 Station B2 Run Time = 80 sec/unit ninen For the process shown above, calculate the labor utilization rates. Assume there is one worker at each station: N = 2 N = 6 N = 12 N = 12 Labor utilization rates (round to one decimal place) 95.6 % D%
o Consider the renction 2A(g) + B(g) + 2(g) 2D(8) E(s) Suppose at time =0, the partial pressures of the reactant gases are 5 atm A, 10 atm B, and 8 atm C. After 20 minutes the partial pressure of A was found to be 1 atm. a) What is the initial total pressure in the flask at time=0? Bus P + P +++ b) What is the total pressure inside the flask after 20 minutes? Set up a start,...
(Just need help with part F) File_size_(MB) Time_(sec) 77 31.1 93 35.1 85 35.3 94 35.7 20 14.4 74 28.9 68 29.6 88 33.5 42 21.7 20 15.3 72 28.4 24 11.5 95 35.7 59 25.6 93 36.6 71 29.1 87 34.3 92 37.2 90 35.6 67 26.8 87 32.6 83 31.2 80 34.1 57 22.8 52 25.4 76 28.9 96 38.7 70 31.8 59 24.2 57 28.1 Before taking the plunge into videoconferencing, a company ran tests of its...
Question three The figure below shows a unit step response of a second order system. From the graph of response find: 1- The rise timet, 2- The peak timet, 3- The maximum overshoot Mp 4- The damped natural frequency w 5. The transfer function. Hence find the damping ratio ζ and the natural frequency ah-Find also the transfer function of the system. r 4 02 15 25 35 45 Question Four For the control system shown in the figure below,...
8. If a line is balanced with 80 percent efficiency, the "balance delay" will be: 20 percent. B. 80 percent. C. 100 percent. D. unknown, since balance delay is not related to efficieney. E. depends on the next operation. 9. A common goal in designing process layouts is: A. minimizing the number of workers. B. minimizing number of machines. minimizing transportation costs. maximizing workstation productive time E. maximizing transportation distances. 07) vnit 10. The maximum allowable cycle time is computed...
Need help with 1: b, c, d, e and f. And 2. Thanks! PRE-LAB EXERCISES average size. If d is the diameter in millimeters, some pebbles will be bigger and some smaller than the desired average do. Suppose you have a rock crusher. The pebbles it makes have different sizes, but you can adjust the 1. (a) In the histogram below, about how many pebbles are shown to have diameter of greater 150 100 (b) In this distribution (same histogram,)...
The following guidelines outline the basic template for a robot vacuum cleaner game. The game must be implemented in c programming language. It mimics a robotic vacuum cleaner. The code must only use the following libraries: #include <math.h> #include <stdlib.h> #include <string.h> #include <limits.h> and any .graphics and .timers libraries. The guidelines are outlined as follows: Terminal Set-up: you may assume that the terminal will be quite large, for example, on the order of 150×50, or more. Status Display: The...
Q R S T U A B C D E F G H 4 Problem C (26 points): 5 Statue Company is able to produce two products, a Fancy Statue and a Plain 6 Statue with the same machine in its factory. NOTE that only ONE Statue can be 7 manufactured at a time using this machine. The Company currently makes both 8 statues, but management is concerned that this strategy is not providing 9 maximum benefit. They are thinking...
so i have my c++ code and ive been working on this for hours but i cant get it to run im not allowed to use arrays. im not sure how to fix it thank you for the help our job is to write a menu driven program that can convert to display Morse Code ere is the menu the program should display Menu Alphabet Initials N-Numbers - Punctuations S = User Sentence Q- Quit Enter command the user chooses...
please use python and provide run result, thank you! click on pic to make it bigger For this assignment you will have to investigate the use of the Python random library's random generator function, random.randrange(stop), randrange produces a random integer in the range of 0 to stop-1. You will need to import random at the top of your program. You can find this in the text or using the online resources given in the lectures A Slot Machine Simulation Understand...