In what experiment situation would the techniques of confocal
microscopy, transmission
electron microscopy, and scanning electron microscopy be best
used? What types of
information could you receive from each?
What is the difference between A. Scanning Electron Microscope
(SEM) B. Transmission Electron Microscope (TEM) C. Atomic Force
Microscope (AFM). The difference must include the
Principle, Operation, and recent
Applications
Compare optical microscopy and standard scanning electron
microscopy.
-Describe 4 main advantages SEM can have over optical microscopy
when applied to structural engineering materials, and also mention
2 advantages that optical microscopy may have.
- You want to investigate the fracture surface of a metallic
alloy for structural applications. discuss the relative advantages
and drawbacks of using SEM in BEI mode, SEM in SE mode and optical
microscopy.
Scanning Tools
How does IP protocol scanning work, consider the various type
and tools?
What are some of the most popular scanner tools and why?
Sniffers
Where are sniffers normally placed?
What are the components of a sniffer and what are the most
popular sniffer and why?
In scanning probe microscopy, what is the most common
technology to facilitate
precise scanning? (Describe/draw the operating principle as
well as the technological
application (actual device)).
In scanning probe microscopy, what is the most common technology
to facilitate precise scanning? (Describe/draw the operating
principle as well as the technological application (actual
device))
A) Explain how auxotrophic bacteria are isolated. B) Briefly
explain the differences between F+, F, Hfr, and F' cells. What
types of matings are possible between F+, F-, Hfr, and F' cells? C)
D)What outcomes do these matings produce? E) What is the role of
the F factor in conjugation?