Question

Define wave theory and quantum theory. (x-ray applications)

Answer #1

Contrasting agents and their applications for X-ray imaging?

Consider the time-dependent ground state wave function
Ψ(x,t ) for a quantum particle confined to an
impenetrable box.
(a) Show that the real and imaginary parts of Ψ(x,t) ,
separately, can be written as the sum of two travelling waves.
(b) Show that the decompositions in part (a) are consistent with
your understanding of the classical behavior of a particle in an
impenetrable box.

Define Plastic Design and give 4 applications.

What is the function of each of the following X-Ray Diffraction
components:
X-Ray tube, X-Ray generator, crystal monochromator, X-Ray shield
and viewng chamber, detector.

Define: leading economic indicator including their applications/
why they are useful?

How are X-ray photoelectrons, Auger electrons, and X-ray
fluorescence generated?

define Affect Theory in anthropology, give an example

How many times more energy is there in one photon of an x-ray
with a frequency of 1.00 x 1012 s -1 than in one photon
of a radar wave with a frequency of 2.00 x 109 s -1
?
What has more energy, 6.00 moles of photons of light with a
frequency of 1.00 x 1012 s -1 or a can of diet pop that has 1.00
Calorie per can? 1.000 Calorie = 4184 Joules

Let the conditions of the 360 theorem hold such that ray x, ray
y and ray z all have the same end point, none of them are
collinear, and that no rays lie in the interior of the other two.
The crucial step in the proof of the 360 theorem was that among the
opposite rays of x, y and z at least one of these opposite rays
goes through the interior formed by the other two rays. Prove that...

define the term halochromism and discuss two different
applications of halochromism. for each application , give 1 example
of a typical halochromic compound used and briefly why each
compound is halochromic include chemical structure. max 300
words

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