{ "key_pair_value_system": true, "answer_rating_count": "", "question_feedback_html": { "html_star": "", "html_star_feedback": "" }, "answer_average_rating_value": "", "answer_date_js": "2024-06-21T17:02:39-04:00", "answer_date": "2024-06-21 17:02:39", "is_docs_available": "", "is_excel_available": "", "is_pdf_available": "", "count_file_available": 0, "main_page": "student_question_view", "question_id": "3461218", "url": "\/study-help\/questions\/what-is-the-critical-path-project-duration-project-slack-project-3461218", "question_creation_date_js": "2024-06-21T17:02:39-04:00", "question_creation_date": "Jun 21, 2024 05:02 PM", "meta_title": "[Solved] What is the Critical Path, Project Durati | SolutionInn", "meta_description": "Answer of - What is the Critical Path, Project Duration, Project Slack, Project Due date, and completion for the following; Activi | SolutionInn", "meta_keywords": "critical,path,project,duration,slack,due,date,completion,activity,predecessor,work,days", "question_title_h1": "What is the Critical Path, Project Duration, Project Slack, Project Due date, and completion for the following; Activity Predecessor Work days Total woking hours Labour", "question_title": "What is the Critical Path, Project Duration, Project Slack, Project Due date,", "question_title_for_js_snippet": "What is the Critical Path, Project Duration, Project Slack, Project Due date, and completion for the following Activity Predecessor Work days Total woking hours Labour Rate $ hours Labour cost $ Material Cost Equipment Cost Travel cost Total cost 1 Gather Data by distributing questionnaire 10 80 120 9600 0 0 0 9600 2 Gather Data by sharing out survey 10 80 120 9600 0 0 0 9600 3 Face to face meeting with customer 1,2 5 40 120 4800 0 0 0 4800 4 Call in interview with customer 1,2 3 24 120 2880 0 0 0 2880 5 Recognize the weak points of the existing system 3,4 20 160 120 19200 0 0 0 19200 6 Pinout the improvement areas of the existing system 5 20 160 120 19200 0 0 0 19200 7 Identify the must carryover from the existing system 6 10 80 120 9600 0 0 0 9600 8 Define user requirement 3,4 30 240 120 28800 0 0 0 28800 9 Define Automotive design standard 3,4 5 40 120 4800 0 0 0 4800 10 Define all system component 7,8,9 20 160 120 19200 0 0 0 19200 11 Specify subsystems logic 11 25 200 120 24000 0 0 0 24000 12 Sketch block diagram 12 15 120 120 14400 0 1000 0 14400 13 list down characteristic of all component ( voltage, current,interfaces, ) 10 8 64 120 7680 0 0 0 7680 14 list input signals available for the system 12 13 5 40 120 4800 0 0 0 4800 15 list output signals required to control OR power ON OFF 14 5 40 120 4800 0 0 0 4800 16 Define number of controllers to be used 15 10 80 120 9600 0 0 0 9600 17 Specify space available for controllers 16 5 40 120 4800 0 0 0 4800 18 Choose controller type in each location 17 50 400 120 48000 120000 0 2000 170000 19 Communicate mechanical interface 18 1 8 120 960 0 0 0 960 20 Sketch draft component allocation for dashboard 10 20 160 120 19200 0 1000 0 19200 21 Specify space available for switches, gauges, controls, 20 5 40 120 4800 0 0 0 4800 22 Identify max speed can be achieved and Select speedometer 21 5 40 120 4800 0 0 0 4800 23 Identify max torque available and Select tachometer 22 5 40 120 4800 0 0 0 4800 24 Recognize fuel tank size and Select fuel level sensor and gauge 23 10 80 120 9600 0 0 0 9600 25 Define engine coolant temperature requirement and select its gauge 24 5 40 120 4800 0 0 0 4800 26 Pinout engine and transmission warnings requirements 25 2 16 120 1920 0 0 0 1920 27 list down user warning requirements vehicle informative signs required (indicator, tire pressures, ) 26 5 40 120 4800 0 0 0 4800 28 Choose tell tale display for signs 27 20 160 120 19200 4000 0 200 23400 29 Determine control interfaces required 28 4 32 120 3840 0 0 0 3840 30 Define proper type for each control (light, wiper and cruise, window, mirror, door lock, seat position adjust, A C control, ) 29 20 160 120 19200 0 0 0 19200 31 Select display 21 10 80 120 9600 10000 0 200 19800 32 Determine switches function required 30 4 32 120 3840 0 0 0 3840 33 Define proper switch type for each function ( hazard, brake light switch, diff locks, height, start stop, ) 32 5 40 120 4800 0 0 0 4800 34 Select 12V sockets, USB entry port and volume adjust 31 12 96 120 11520 0 0 0 11520 35 Check Transmission options for gear selector and select one 34 2 16 120 1920 0 0 0 1920 36 Check Engine and Transmission options for Throttle pedal and select one 35 2 16 120 1920 0 0 0 1920 37 Check power availability to power up lights 35,33,19 8 64 120 7680 0 0 0 7680 38 Determine space allocated for lights 37 3 24 120 2880 0 0 0 2880 39 Select front position light, high beam light, front indicator and marker lights 38 16 128 120 15360 0 0 0 15360 40 Select rear position light, reverse light, brake light and rear indicator 39 16 128 120 15360 0 0 0 15360 41 Select side indicators 40 4 32 120 3840 0 0 0 3840 42 Select driver, co driver light and passenger lights 41 12 96 120 11520 0 0 0 11520 43 Calculate power budget 42 2 16 120 1920 0 0 0 1920 44 Decide on alternator 43 2 16 120 1920 0 0 0 1920 45 Select batteries 44 4 32 120 3840 0 0 0 3840 46 Draw system circuit diagram 45 60 480 120 57600 0 0 0 57600 47 Design wire sizes and check max current to pass through each 46 15 120 120 14400 0 0 0 14400 48 Protect wires with fuses 47 10 80 120 9600 0 0 0 9600 49 Check control circuits 46 5 40 120 4800 0 0 0 4800 50 Add relays to simplify the control 49 6 48 120 5760 0 0 0 5760 52 Categorize the harnesses 13,46 5 40 120 4800 0 0 0 4800 53 Establish harness routing and define layout 52 30 240 120 28800 0 0 0 28800 54 Sketch detailed harnesses drawings 53 90 720 120 86400 0 0 0 86400 55 Define high power requirement 46 5 40 120 4800 0 0 0 4800 56 Establish cable routing 55 12 96 120 11520 0 0 0 11520 57 Sketch detailed drawing for positive cables and negative straps 56 30 240 120 28800 0 0 0 28800 58 Evaluate the design 48,50,53,57 30 240 120 28800 0 0 0 28800 59 Book for PDR meetings with all stakeholders 58 1 8 120 960 0 0 0 960 60 Held the meetings and list down recommendation 59 10 80 120 9600 0 0 0 9600 61 Write the PDR reports 60 3 24 120 2880 0 0 0 2880 62 Develop software 61 20 160 120 19200 0 0 0 19200 63 Manufacture one set 61 70 560 70 39200 1200000 0 5000 1244200 64 Purchase other items 61 2 16 100 1600 970000 0 2000 973600 65 Purchase test bench material (table, ) 61 20 160 100 16000 20000 0 2000 38000 66 Build test bench 62,63,64,65 30 240 70 16800 2000 2000 0 18800 67 Conduct bench testing and write the report 66 20 160 120 19200 0 0 0 19200 68 Barrow vehicle 61 5 40 120 4800 100000 0 2000 106800 69 Strip the test bench 68 2 16 100 1600 0 2000 0 1600 70 Connect the new architecture using test bench material 69 30 240 100 24000 0 2000 0 24000 71 Conduct vehicle testing and write the report 70 18 144 120 17280 0 0 0 17280 72 Book for CDR meetings with all stakeholders 71 2 16 120 1920 0 0 0 1920 73 Held the CDR meetings and write the reports 72 5 40 120 4800 0 0 0 4800 74 Release designs for production 73 30 240 120 28800 0 2000 0 28800 75 Deliver to customer and acceptance 73 5 40 120 4800 0 0 2000 6800 76 Train drivers 74,75 10 80 100 8000 0 0 0 8000 77 Issue operation service manual 76 30 240 100 24000 0 0 0 24000 1071 8568 8900 973120 2426000 15400 3414520", "question_description": "

What is the Critical Path, Project Duration, Project Slack, Project Due date, and completion for the following;<\/p>

Activity<\/td> Predecessor<\/td> Work days<\/td> Total woking hours<\/td> Labour Rate $\/hours<\/td> Labour cost $<\/td> Material Cost<\/td> Equipment Cost<\/td> Travel cost<\/td> Total cost<\/td> <\/tr>
1<\/td> Gather Data by distributing questionnaire<\/td> -<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
2<\/td> Gather Data by sharing out survey<\/td> -<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
3<\/td> Face to face meeting with customer<\/td> 1,2<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
4<\/td> Call in interview with customer<\/td> 1,2<\/td> 3<\/td> 24<\/td> 120<\/td> 2880<\/td> 0<\/td> 0<\/td> 0<\/td> 2880<\/td> <\/tr>
5<\/td> Recognize the weak points of the existing system<\/td> 3,4<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 0<\/td> 0<\/td> 19200<\/td> <\/tr>
6<\/td> Pinout the improvement areas of the existing system<\/td> 5<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 0<\/td> 0<\/td> 19200<\/td> <\/tr>
7<\/td> Identify the must carryover from the existing system<\/td> 6<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
8<\/td> Define user requirement<\/td> 3,4<\/td> 30<\/td> 240<\/td> 120<\/td> 28800<\/td> 0<\/td> 0<\/td> 0<\/td> 28800<\/td> <\/tr>
9<\/td> Define Automotive design standard<\/td> 3,4<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
10<\/td> Define all system component<\/td> 7,8,9<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 0<\/td> 0<\/td> 19200<\/td> <\/tr>
11<\/td> Specify subsystems logic<\/td> 11<\/td> 25<\/td> 200<\/td> 120<\/td> 24000<\/td> 0<\/td> 0<\/td> 0<\/td> 24000<\/td> <\/tr>
12<\/td> Sketch block diagram<\/td> 12<\/td> 15<\/td> 120<\/td> 120<\/td> 14400<\/td> 0<\/td> 1000<\/td> 0<\/td> 14400<\/td> <\/tr>
13<\/td> list down characteristic of all component ( voltage, current,interfaces,..)<\/td> 10<\/td> 8<\/td> 64<\/td> 120<\/td> 7680<\/td> 0<\/td> 0<\/td> 0<\/td> 7680<\/td> <\/tr>
14<\/td> list input signals available for the system<\/td> 12.13<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
15<\/td> list output signals required to control OR power ON\/OFF<\/td> 14<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
16<\/td> Define number of controllers to be used<\/td> 15<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
17<\/td> Specify space available for controllers<\/td> 16<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
18<\/td> Choose controller type in each location<\/td> 17<\/td> 50<\/td> 400<\/td> 120<\/td> 48000<\/td> 120000<\/td> 0<\/td> 2000<\/td> 170000<\/td> <\/tr>
19<\/td> Communicate mechanical interface<\/td> 18<\/td> 1<\/td> 8<\/td> 120<\/td> 960<\/td> 0<\/td> 0<\/td> 0<\/td> 960<\/td> <\/tr>
20<\/td> Sketch draft component allocation for dashboard<\/td> 10<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 1000<\/td> 0<\/td> 19200<\/td> <\/tr>
21<\/td> Specify space available for switches, gauges, controls,..<\/td> 20<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
22<\/td> Identify max speed can be achieved and Select speedometer<\/td> 21<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
23<\/td> Identify max torque available and Select tachometer<\/td> 22<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
24<\/td> Recognize fuel tank size and Select fuel level sensor and gauge<\/td> 23<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
25<\/td> Define engine coolant temperature requirement and select its gauge<\/td> 24<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
26<\/td> Pinout engine and transmission warnings requirements<\/td> 25<\/td> 2<\/td> 16<\/td> 120<\/td> 1920<\/td> 0<\/td> 0<\/td> 0<\/td> 1920<\/td> <\/tr>
27<\/td> list down user warning requirements\/ vehicle informative signs required (indicator, tire pressures,..)<\/td> 26<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
28<\/td> Choose tell-tale display for signs<\/td> 27<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 4000<\/td> 0<\/td> 200<\/td> 23400<\/td> <\/tr>
29<\/td> Determine control interfaces required<\/td> 28<\/td> 4<\/td> 32<\/td> 120<\/td> 3840<\/td> 0<\/td> 0<\/td> 0<\/td> 3840<\/td> <\/tr>
30<\/td> Define proper type for each control (light, wiper and cruise, window, mirror, door lock, seat position adjust, A\/C control,..)<\/td> 29<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 0<\/td> 0<\/td> 19200<\/td> <\/tr>
31<\/td> Select display<\/td> 21<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 10000<\/td> 0<\/td> 200<\/td> 19800<\/td> <\/tr>
32<\/td> Determine switches function required<\/td> 30<\/td> 4<\/td> 32<\/td> 120<\/td> 3840<\/td> 0<\/td> 0<\/td> 0<\/td> 3840<\/td> <\/tr>
33<\/td> Define proper switch type for each function ( hazard, brake light switch, diff locks, height, start stop,..)<\/td> 32<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
34<\/td> Select 12V sockets, USB entry port and volume adjust<\/td> 31<\/td> 12<\/td> 96<\/td> 120<\/td> 11520<\/td> 0<\/td> 0<\/td> 0<\/td> 11520<\/td> <\/tr>
35<\/td> Check Transmission options for gear selector and select one<\/td> 34<\/td> 2<\/td> 16<\/td> 120<\/td> 1920<\/td> 0<\/td> 0<\/td> 0<\/td> 1920<\/td> <\/tr>
36<\/td> Check Engine and Transmission options for Throttle pedal and select one<\/td> 35<\/td> 2<\/td> 16<\/td> 120<\/td> 1920<\/td> 0<\/td> 0<\/td> 0<\/td> 1920<\/td> <\/tr>
37<\/td> Check power availability to power up lights<\/td> 35,33,19<\/td> 8<\/td> 64<\/td> 120<\/td> 7680<\/td> 0<\/td> 0<\/td> 0<\/td> 7680<\/td> <\/tr>
38<\/td> Determine space allocated for lights<\/td> 37<\/td> 3<\/td> 24<\/td> 120<\/td> 2880<\/td> 0<\/td> 0<\/td> 0<\/td> 2880<\/td> <\/tr>
39<\/td> Select front position light, high beam light, front indicator and marker lights<\/td> 38<\/td> 16<\/td> 128<\/td> 120<\/td> 15360<\/td> 0<\/td> 0<\/td> 0<\/td> 15360<\/td> <\/tr>
40<\/td> Select rear position light, reverse light, brake light and rear indicator<\/td> 39<\/td> 16<\/td> 128<\/td> 120<\/td> 15360<\/td> 0<\/td> 0<\/td> 0<\/td> 15360<\/td> <\/tr>
41<\/td> Select side indicators<\/td> 40<\/td> 4<\/td> 32<\/td> 120<\/td> 3840<\/td> 0<\/td> 0<\/td> 0<\/td> 3840<\/td> <\/tr>
42<\/td> Select driver, co driver light and passenger lights<\/td> 41<\/td> 12<\/td> 96<\/td> 120<\/td> 11520<\/td> 0<\/td> 0<\/td> 0<\/td> 11520<\/td> <\/tr>
43<\/td> Calculate power budget<\/td> 42<\/td> 2<\/td> 16<\/td> 120<\/td> 1920<\/td> 0<\/td> 0<\/td> 0<\/td> 1920<\/td> <\/tr>
44<\/td> Decide on alternator<\/td> 43<\/td> 2<\/td> 16<\/td> 120<\/td> 1920<\/td> 0<\/td> 0<\/td> 0<\/td> 1920<\/td> <\/tr>
45<\/td> Select batteries<\/td> 44<\/td> 4<\/td> 32<\/td> 120<\/td> 3840<\/td> 0<\/td> 0<\/td> 0<\/td> 3840<\/td> <\/tr>
46<\/td> Draw system circuit diagram<\/td> 45<\/td> 60<\/td> 480<\/td> 120<\/td> 57600<\/td> 0<\/td> 0<\/td> 0<\/td> 57600<\/td> <\/tr>
47<\/td> Design wire sizes and check max current to pass through each<\/td> 46<\/td> 15<\/td> 120<\/td> 120<\/td> 14400<\/td> 0<\/td> 0<\/td> 0<\/td> 14400<\/td> <\/tr>
48<\/td> Protect wires with fuses<\/td> 47<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
49<\/td> Check control circuits<\/td> 46<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
50<\/td> Add relays to simplify the control<\/td> 49<\/td> 6<\/td> 48<\/td> 120<\/td> 5760<\/td> 0<\/td> 0<\/td> 0<\/td> 5760<\/td> <\/tr>
52<\/td> Categorize the harnesses<\/td> 13,46<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
53<\/td> Establish harness routing and define layout<\/td> 52<\/td> 30<\/td> 240<\/td> 120<\/td> 28800<\/td> 0<\/td> 0<\/td> 0<\/td> 28800<\/td> <\/tr>
54<\/td> Sketch detailed harnesses drawings<\/td> 53<\/td> 90<\/td> 720<\/td> 120<\/td> 86400<\/td> 0<\/td> 0<\/td> 0<\/td> 86400<\/td> <\/tr>
55<\/td> Define high power requirement<\/td> 46<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
56<\/td> Establish cable routing<\/td> 55<\/td> 12<\/td> 96<\/td> 120<\/td> 11520<\/td> 0<\/td> 0<\/td> 0<\/td> 11520<\/td> <\/tr>
57<\/td> Sketch detailed drawing for positive cables and negative straps<\/td> 56<\/td> 30<\/td> 240<\/td> 120<\/td> 28800<\/td> 0<\/td> 0<\/td> 0<\/td> 28800<\/td> <\/tr>
58<\/td> Evaluate the design<\/td> 48,50,53,57<\/td> 30<\/td> 240<\/td> 120<\/td> 28800<\/td> 0<\/td> 0<\/td> 0<\/td> 28800<\/td> <\/tr>
59<\/td> Book for PDR meetings with all stakeholders<\/td> 58<\/td> 1<\/td> 8<\/td> 120<\/td> 960<\/td> 0<\/td> 0<\/td> 0<\/td> 960<\/td> <\/tr>
60<\/td> Held the meetings and list down recommendation<\/td> 59<\/td> 10<\/td> 80<\/td> 120<\/td> 9600<\/td> 0<\/td> 0<\/td> 0<\/td> 9600<\/td> <\/tr>
61<\/td> Write the PDR reports<\/td> 60<\/td> 3<\/td> 24<\/td> 120<\/td> 2880<\/td> 0<\/td> 0<\/td> 0<\/td> 2880<\/td> <\/tr>
62<\/td> Develop software<\/td> 61<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 0<\/td> 0<\/td> 19200<\/td> <\/tr>
63<\/td> Manufacture one set<\/td> 61<\/td> 70<\/td> 560<\/td> 70<\/td> 39200<\/td> 1200000<\/td> 0<\/td> 5000<\/td> 1244200<\/td> <\/tr>
64<\/td> Purchase other items<\/td> 61<\/td> 2<\/td> 16<\/td> 100<\/td> 1600<\/td> 970000<\/td> 0<\/td> 2000<\/td> 973600<\/td> <\/tr>
65<\/td> Purchase test bench material (table,..)<\/td> 61<\/td> 20<\/td> 160<\/td> 100<\/td> 16000<\/td> 20000<\/td> 0<\/td> 2000<\/td> 38000<\/td> <\/tr>
66<\/td> Build test bench<\/td> 62,63,64,65<\/td> 30<\/td> 240<\/td> 70<\/td> 16800<\/td> 2000<\/td> 2000<\/td> 0<\/td> 18800<\/td> <\/tr>
67<\/td> Conduct bench testing and write the report<\/td> 66<\/td> 20<\/td> 160<\/td> 120<\/td> 19200<\/td> 0<\/td> 0<\/td> 0<\/td> 19200<\/td> <\/tr>
68<\/td> Barrow vehicle<\/td> 61<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 100000<\/td> 0<\/td> 2000<\/td> 106800<\/td> <\/tr>
69<\/td> Strip the test bench<\/td> 68<\/td> 2<\/td> 16<\/td> 100<\/td> 1600<\/td> 0<\/td> 2000<\/td> 0<\/td> 1600<\/td> <\/tr>
70<\/td> Connect the new architecture using test bench material<\/td> 69<\/td> 30<\/td> 240<\/td> 100<\/td> 24000<\/td> 0<\/td> 2000<\/td> 0<\/td> 24000<\/td> <\/tr>
71<\/td> Conduct vehicle testing and write the report<\/td> 70<\/td> 18<\/td> 144<\/td> 120<\/td> 17280<\/td> 0<\/td> 0<\/td> 0<\/td> 17280<\/td> <\/tr>
72<\/td> Book for CDR meetings with all stakeholders<\/td> 71<\/td> 2<\/td> 16<\/td> 120<\/td> 1920<\/td> 0<\/td> 0<\/td> 0<\/td> 1920<\/td> <\/tr>
73<\/td> Held the CDR meetings and write the reports<\/td> 72<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 0<\/td> 4800<\/td> <\/tr>
74<\/td> Release designs for production<\/td> 73<\/td> 30<\/td> 240<\/td> 120<\/td> 28800<\/td> 0<\/td> 2000<\/td> 0<\/td> 28800<\/td> <\/tr>
75<\/td> Deliver to customer and acceptance<\/td> 73<\/td> 5<\/td> 40<\/td> 120<\/td> 4800<\/td> 0<\/td> 0<\/td> 2000<\/td> 6800<\/td> <\/tr>
76<\/td> Train drivers<\/td> 74,75<\/td> 10<\/td> 80<\/td> 100<\/td> 8000<\/td> 0<\/td> 0<\/td> 0<\/td> 8000<\/td> <\/tr>
77<\/td> Issue operation\/service manual<\/td> 76<\/td> 30<\/td> 240<\/td> 100<\/td> 24000<\/td> 0<\/td> 0<\/td> 0<\/td> 24000<\/td> <\/tr>
<\/td> <\/td> <\/td> 1071<\/td> 8568<\/td> 8900<\/td> 973120<\/td> 2426000<\/td> <\/td> 15400<\/td> 3414520<\/td> <\/tr> <\/tbody><\/table><\/figure>

<\/p>", "transcribed_text": "", "related_book": { "title": "Microeconomics", "isbn": "978-0132870436, 132870436, 013285712X, 978-0133371178, 133371174, 978-0132857123", "edition": "8th edition", "authors": "Robert Pindyck, Daniel Rubinfeld", "cover_image": "https:\/\/dsd5zvtm8ll6.cloudfront.net\/si.question.images\/book_images\/701.jpg", "uri": "\/textbooks\/microeconomics-8th-edition-701", "see_more_uri": "" }, "free_related_book": { "isbn": "0763775983", "uri": "\/textbooks\/pediatric-nurse-practitioner-certification-review-guide-primary-care-primary-care-5th-edition-978-0763775988-267077", "name": "Pediatric Nurse Practitioner Certification Review Guide Primary Care Primary Care", "edition": "5th Edition" }, "question_posted": "2024-06-21 17:02:39", "see_more_questions_link": "\/study-help\/questions\/business-finance-2024-August-28", "step_by_step_answer": "The Answer is in the image, click to view ...", "students_also_viewed": [ { "url": "\/assume-that-a-country-produces-an-output-q-of-50", "description": "Assume that a country produces an output Q of 50 every year. 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