XXXXXXXXX system XXXXXXXXXXX.
If you XXXX XX XXXXXX XXXXXXXXXXX, XXXX some.
Identify XXXXXX XXXXXXXXXXX.
Reduce system XXXXXXXXXXX.
XXXXXXX XXXXXX constraints
XX. In implementing a XXXX production system you should work with XXXXXXXXX to do XXXXX of XXX XXXXXXXXX?
Make XXXXXXXX XXXXXXXXXX.
Calculate lead times.
XXXXXXX bottom-XXXXX management.
Freeze windows.
Use quality XXXXXXX.
XX. XXX an XXXXXXXX in a XXX XXXXXXXX, XXX early XXXXXX time is XX and XXX late XXXXXX XXXX is 20. Which of the XXXXXXXXX statements is true?
The XXXXX XXX this XXXXXXXX is 20.
The XXXXXXXX's late XXXXX must happen XXXXXX its early start.
The XXXXXXXX is on XXX XXXXXXXX path.
The XXXXXXXX of XXXX task is XX.
XXX XXXXXXXX of XXXX XXXX is XXXX.
20. XXX have XXXX XXXXXX in XXXXXX of a large XXXXXXX. XXXXXXXXX communication XXXXX are required XX XXXXXX quick resolution XX problems XX XXXX XXXXX. You recognize that XXX project is going to XXXX a lot of XXXX XXX require a lot of team pride, motivation, XXX XXXXXXXXXX XX XXX members. XXXXX project management structure XXXXXX you use in this situation?
Pure project
XXXX
Task force
XXXXXXXXXX XXXXXXX
XXXXXX project
XX. Which XX XXX following is not a XXXXXXXXX XX XXXXXXXXXXXXX?
Capture XXXXXXXXXXX XXXX XXXXX, XX the source XXX where it is XXXXXXXXXXX.
Treat XXXXXXXXXXXXXX dispersed resources XX though they were XXXXXXXXXXX.
Merge information XXXXXXXXXX work XXXX the XXXX XXXX XXXXXXXX the XXXXXXXXXXX.
XXXX XXXXXXXX XXXXXXXXXX instead XX XXXXXXXXXXX their XXXXXXX.
Organize around outcomes not XXXXX.
XX. Which XX XXX following XXXXXXXXXXX XXXXXXXXXXXXX XX considered a qualitative XXXXXXXXXXX XXXXXXXXX?
XXXXXX moving average
Market research
Exponential XXXXXXXXX
XXXXXX regression
Multiple regression
23. A company XXXXX XX generate a XXXXXXXX for unit XXXXXX for year XXXX using XXXXXXXXXXX smoothing. XXX XXXXXX demand in year 2013 XXX XXX. The XXXXXXXX demand in year XXXX was 110. XXXXX XXXXX data and a XXXXXXXXX constant XXXXX XX X.1, XXXXX XX the following XX the resulting year XXXX forecast XXXXX?
XXX
100
114
110
24. XXXXXXXXXXX a XXXXXX XXXXXXXXX working at a constant XXXXXX rate XXXXX shortages XXX surpluses XXX XXXXXXXX XX XXXXXXXXXXX inventory XXXXXX, order backlogs, and allowing lost sales XX which of XXX XXXXXXXXX production planning strategies?
XXXX employment
XXXXXX XXXXXXXXX, XXXXXXXX work XXXXX
Skill maintenance
Level
XXXXX
25. What XXX XXX XX the XXXX XXXXXXXXXX of XXX?
Transaction processing and XXXXXXXX optimizing
XXXXXXXX XXXXXXXX and master schedule XXXXXXXX
XXXXXXX XXXXXXXX and XXXXXXXX invoicing
Transaction processing and XXXXXXXX XXXXXXX
XX. If XXX XXXX XXXXXXXXX XXXXX of a XXXXX of XXXXXXXXX is XX a rate of 400 units per hour XXX XXX actual output XXXXXX an hour is 300 units, which XX the XXXXXXXXX XX the XXXXXXXX cushion?
133 XXXXXXX
XX percent
100 units per hour
XXX XXXXXXX
XX. Under XXX lot-XXX-lot (XXX) lot sizing XXXXXXXXX as used in MRP, XX would expect XXXXX XX XXX following?
X consistent lag XX XXXXXX XXXXXX XXXXXX
Minimized carrying XXXXX
Minimized XXXXX costs
XXXXXXXXX quality XXXXXXXX
X just-in-XXXX XXXXXXXXXX XXXXXXXXXX
28. X XXXXXXX tree XXX XX XXXXX of the XXXXXXXXX?
XXXX XX compute XXXXXXXXX XXXXX.
Reduce XXXXXXX scrap.
XXXXXX regular time labor.
Locate raw material XXXXXXXX.
XXXXXX XXXXX overtime.
29. Very XXX XXXXXXXX XXX XXXXX without XX least XXXX of their journey being by XXXXX XXXX XX XXXXXXXXXXXXXX?
Rail
XXXXXXX
Pipeline
Water
Air
XX. In Hau Lee's uncertainty XXXXXXXXX to classify supply XXXXXX, a supply chain for XXXXXXXXXX XXXXXXXX with an evolving XXXXXX XXXXXXX is XXXXXX XXXXX of XXX following?
Responsive
XXXXXXXXX
Agile
Risk XXXXXXX
Forward XXXXXXX