One of the key elements of any quantum mechanical system is the
spectrum of the Hamiltonian. But what about in quantum field
theory? It seems as if nobody ever discusses the spectrum of a
system at all -- or have I missed something? Just what role does
the spectrum of any given potential play in field theory? To put it
another way: does knowledge of a spectrum in QM help to understand
the analogous problem in QFT?
The following modeling activities are the basic types of
analytical modeling, EXCEPT:
What-if Analysis
Sensitivity Analysis
Goal-seeking Analysis
PESTLE Analysis
(1) Basic EOQ:
You need to briefly describe the basic EOQ model with modeling
assumption, the economic order quantity formula and the feature
(insight).
(2) EOQ extensions:
Considering relaxing the assumptions in basic EOQ, you may get
various EOQ model extensions. What’s the possible extension will
be? For each extension, briefly describe the assumption, formula
and feature as well.
(3) Considering the following situations. Classify them as
either A for appropriate or L for less appropriate for application
of the...
What are the basic elements of the global economy? What, for
you, makes the current world economy distinct from the world
economy that existed 100 years ago?
Consider these two questions and then decide which
one ( element you think is most fundamental and
most distinctive of today’s global economy.
Then find one (1) image on the Internet that
you think best represents best this one element. Then:
Go to the course blog site:
Create a post.
Add your image...