Question

Describe a problem that can be solved by using the shortest-route model. Give a detailed mathematical example.

Answer #1

Describe a problem in electrical or computer engineering that
can benefit from binomial distribution. Give a detailed description
of the problem to be solved, the question that needs to be
answered, and how the simulation can be used to answer the
question

Please provide one example, preferably from your own
experience, of a type of problem that can be solved
using:
- a minimal spanning tree model, or
- the maximal flow model, or
- using the shortest path model

Explain the purpose of the transshipment constraints in the
linear program for a transshipment model. Give a detailed
mathematical example.

Time value of money calculations can be solved using a
mathematical equation, a financial calculator, or a spreadsheet.
Which of the following equations can be used to solve for the
future value of an ordinary annuity?
1) PMT x {1 – [1/(1 + r)nn]}/r
2) PMT x {[(1 + r)nn – 1]/r}
3) FV/(1 + r)nn
4) PMT x {[(1 + r)nn – 1]/r} x (1 + r)

1. Find one ad that uses a central
route processing strategy. Describe how you know they are using
central route processing and why it is a good example of a central
route message.
2. Find another ad, preferably for a
similar product ,that uses a peripheral route processing strategy.
Describe how they are using the strategy and why it is a good
example.
3. Draw a conclusion: Based on what
you know about the Elaboration Likelihood Model - which processing...

within 250 words explain the term post investment
holdup. Give an example. How can this problem be solved
(5)

How can the problem of credible commitment be solved?

Give the fundamental equation solved by static finite element
analysis and outline any assumptions that are required for linear
analysis. Discuss the three types of non-linearity that can be
modelled with static finite element analysis and how these relate
to the fundamental equation. Give an example of a problem where
nonlinear analysis is required and explain why. Credit will be
awarded based on how many types of non-linearity your example
contains.

Give an example of a function of several variables, but
without using a mathematical formula. I'd like you to attempt
to generalize the concept of the derivative to a function of two or
three (or more, if you'd like a challenge) variables. Feel free to
include a picture. This is more of a concept thank you

Describe the principle of operation and architecture of a
pixelateddetector for medical imaging. Give a detailed answer.

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