Reinforce system constraints.
XX you have no system constraints, XXXX some.
Identify XXXXXX XXXXXXXXXXX.
Reduce XXXXXX constraints.
XXXXXXX XXXXXX XXXXXXXXXXX
XX. XX implementing a XXXX XXXXXXXXXX system you should XXXX with XXXXXXXXX XX do XXXXX of XXX following?
Make XXXXXXXX XXXXXXXXXX.
Calculate lead XXXXX.
XXXXXXX bottom-round management.
XXXXXX XXXXXXX.
Use XXXXXXX circles.
19. XXX an activity in a CPM analysis, the XXXXX XXXXXX XXXX XX XX and the XXXX XXXXXX XXXX XX 20. Which of XXX XXXXXXXXX XXXXXXXXXX is true?
XXX slack for XXXX activity XX 20.
XXX activity's late XXXXX XXXX happen before XXX early start.
XXX XXXXXXXX is XX the XXXXXXXX XXXX.
The duration of XXXX task is 20.
XXX XXXXXXXX XX this task XX zero.
20. You have been placed in XXXXXX XX a XXXXX XXXXXXX. XXXXXXXXX XXXXXXXXXXXXX XXXXX are required XX ensure XXXXX XXXXXXXXXX XX problems XX they arise. XXX recognize XXXX XXX project XX going to XXXX a XXX of XXXX XXX require a XXX of team XXXXX, XXXXXXXXXX, XXX commitment XX all XXXXXXX. Which project XXXXXXXXXX XXXXXXXXX should you use in XXXX XXXXXXXXX?
Pure project
PERT
Task XXXXX
XXXXXXXXXX project
Matrix project
21. XXXXX XX the XXXXXXXXX XX XXX a XXXXXXXXX of XXXXXXXXXXXXX?
Capture XXXXXXXXXXX many XXXXX, at XXX source XXX where it is XXXXXXXXXXX.
XXXXX geographically dispersed resources as XXXXXX XXXX were centralized.
Merge XXXXXXXXXXX XXXXXXXXXX XXXX XXXX the work that XXXXXXXX XXX information.
XXXX XXXXXXXX activities instead of integrating their results.
Organize XXXXXX XXXXXXXX not tasks.
XX. XXXXX XX the XXXXXXXXX forecasting methodologies XX considered a XXXXXXXXXXX forecasting XXXXXXXXX?
Simple XXXXXX average
XXXXXX XXXXXXXX
XXXXXXXXXXX smoothing
Linear regression
XXXXXXXX regression
XX. X company XXXXX to generate a forecast XXX unit demand for XXXX 2014 XXXXX XXXXXXXXXXX smoothing. The actual XXXXXX in XXXX 2013 XXX 120. XXX forecast XXXXXX in year 2013 was XXX. XXXXX XXXXX data and a smoothing constant alpha of X.X, XXXXX of the following XX XXX resulting year XXXX forecast value?
111
100
114
120
110
24. XXXXXXXXXXX a XXXXXX XXXXXXXXX XXXXXXX XX a constant output rate XXXXX XXXXXXXXX and surpluses XXX XXXXXXXX by fluctuating XXXXXXXXX levels, order backlogs, XXX allowing XXXX sales XX XXXXX of XXX following XXXXXXXXXX planning XXXXXXXXXX?
Full XXXXXXXXXX
XXXXXX XXXXXXXXX, XXXXXXXX work hours
XXXXX XXXXXXXXXXX
XXXXX
Chase
XX. XXXX XXX two of XXX XXXX objectives of ERP?
Transaction XXXXXXXXXX and logistic XXXXXXXXXX
XXXXXXXX XXXXXXXX XXX XXXXXX XXXXXXXX planning
Product XXXXXXXX and XXXXXXXX invoicing
XXXXXXXXXXX XXXXXXXXXX XXX decision support
26. XX XXX best operating level XX a piece XX XXXXXXXXX is XX a rate of 400 XXXXX per hour XXX the actual XXXXXX during an XXXX is XXX XXXXX, which of the XXXXXXXXX is XXX capacity cushion?
133 XXXXXXX
XX percent
XXX XXXXX per XXXX
125 XXXXXXX
75 percent
27. XXXXX XXX XXX-XXX-lot (L4L) lot XXXXXX technique as used in XXX, we XXXXX expect which XX the following?
X consistent lag XX supply XXXXXX demand
Minimized carrying costs
XXXXXXXXX setup XXXXX
XXXXXXXXX XXXXXXX XXXXXXXX
X just-in-XXXX XXXXXXXXXX philosophy
XX. A XXXXXXX tree can do XXXXX XX the XXXXXXXXX?
Help to compute XXXXXXXXX usage.
Reduce product XXXXX.
Reduce regular time labor.
Locate XXX XXXXXXXX supplies.
XXXXXX XXXXX overtime.
XX. Very few XXXXXXXX are moved without at least XXXX XX XXXXX journey being XX which XXXX of XXXXXXXXXXXXXX?
Rail
XXXXXXX
Pipeline
Air
XX. In XXX XXX's XXXXXXXXXXX XXXXXXXXX to XXXXXXXX XXXXXX chains, a XXXXXX chain for innovative XXXXXXXX XXXX an evolving XXXXXX process is called which XX XXX XXXXXXXXX?
XXXXXXXXXX
Efficient
Risk hedging
XXXXXXX XXXXXXX