(10) 7. Describe how a photoluminescence spectrometer works. Make a diagram in your description. Make sure...
(10) 6. Describe how a reflectron time-of-flight mass analyzer works. Make a diagram in your description. Make sure to label each component in your diagram.
Describe how a spectrometer works. In particular describe the type of dispersive element you might use in a spectrometer that acquires spectra in the 400-700 nm range in as much detail as you can. How would you need to alter the dispersive element if you wanted to take the spectrum of an object at much shorter wavelengths (x-rays wavelengths; I = 5 nm) or longer wavelengths (mid-infrared wavelengths; 1 = 10 microns)?
Describe in detail how the blue-white screen works. In your answer make sure to include information on the genes that are involved, the locations of these genes and the protein products of these genes. Why is the E. coli DH5-α strain ideal for performing blue-white screens following transformations with pUC18? What are the 3 necessary factors that must be included in the media that the bacteria are grown on in order to perform a blue-white screen? What is the purpose...
Come up with and describe in detail a Negligence Tort Scenario. (Make sure your description adequately addressed the necessary components)
8. Draw a diagram of how peristalsis works. And give a description of the nerves and muscles involved. (2 pts)
need help with this physics question Discuss how an N-slit pattern can be turned into a good spectrometer. Make sure to write a , sufficiently detailed essay that addresses the issue of the resolvability of wavelengths as well as the type of light source producing these wavelengths, and the size and geometry of the slit pattern. 3. Discuss how an N-slit pattern can be turned into a good spectrometer. Make sure to write a , sufficiently detailed essay that addresses...
Give a DFA with also a transition diagram. Give description of how machine works, alphabet is sigma = {0, l, 2}:
(10 points) Describe the basic design difference between a spectrometer for absorption measurements and one for emission studies. Sketch a stylized diagram of each.
Please describe the structure of an atom. In your description be sure to discuss the three subatomic particles that comppse and atom. TTI Arial 3(12pt) T. E.S.O's
Create a labeled diagram and describe the gene transfer process by which the Shiga toxin gene was picked up fromShigella dysenteriae and transferred to Escherichia coli. Be as specific as possible in your description of this process. Meaning be sure to label your donor and recipient cells as the bacterial species given depending on how the genes are being transferred.