Reference no: EM131282068
You must read the paper assigned to you, and then write a two-page typed report (1.5 SPACE) by answering the following questions below. The information requested you may find it in the various parts of the paper, which may not be in the same sequence as the questions. In each paper, depending on the journal, these questions may be covered at different places or even at the end of the paper or in some cases some parts may be joint together.
You should not number your answers and you do not have to answer these in the exact order indicated below. Try instead, to incorporate the answers in proper sentences as if you were describing the scientific work to someone else.
You must hand in your assignment electronically and in a hard copy as well as you must submit a hard copy of the literature paper you have used. Assignments should be handed in by the 21st of Nov the latest. Late assignments will lose 5 points/day.
1. Introduction and Background:
What hypotheses are being tested in this paper?
What information induced the authors to perform the experiments?
What new methods or insights brought to bear on the problem?
2. Methods:
What are the critical methods of the paper?
What enabling technologies are used?
What are the weaknesses of the methods used?
Are there other or better approaches that could be used?
If this is a genetics approach, what would be a biochemical or molecular approach?
If this is a biochemical or molecular approach, what genetics methods could be used?
3. Results and Discussion
What are the primary conclusions of the paper?
Did the authors prove their hypotheses?
What novel information or directions come from this work?
What control experiments were performed?
What assumptions still remain in the work?
How could these assumptions be tested?
What other explanations for the observations are still possible?
|
Find the spectrum of the signal
: Find the spectrum of the signal s(t) that results from the use of natural sampling; you may assume that time t = 0 corresponds to the midpoint of a rectangular pulse in c(t).
|
|
What is its surface temperature at that point
: The sphere diameter is 1 cm, and it rises through the bath at 1 m/s. How far will the sphere rise before its center temperature is 300°C? What is its surface temperature at that point? (The sphere has a thin nickel plating to protect the copper fr..
|
|
How the sampling theorem can be applied
: Describe how the sampling theorem can be applied in the frequency domain.- Describe how the sampling theorem can be applied in the frequency domain.
|
|
How i envision the scholarship will impact me personally
: How I envision the scholarship will impact me personally and my future as a public servant, and My experiences and perceptions about agriculture, food, and natural resource science.
|
|
What are the critical methods of the paper
: BIOL-491 Research Project What information induced the authors to perform the experiments and what new methods or insights brought to bear on the problem?
|
|
What could you add to make it more dynamic
: What would you identify as specific learning outcomes from this workshop?What specific strategies or techniques will help deliver those outcomes?How well do the "bones" of this workshop encourage active learning? What could you add to make it more dy..
|
|
How many cases of bags should the store order
: How many cases of bags should the store order each time if we want to select the lowest total annual cost strategy (ordering cost plus holding cost plus material acquisition cost)?
|
|
Estimate the total heat transfer coefficient
: Calculate the average convection heat transfer coefficient when the droplet has reached its terminal velocity. Assume that the water is at 50°C and the air is at 20°C. Neglect mass transfer and radiation.
|
|
Determine and sketch spectrum of resulting pam signal
: Figure shows the idealized spectrum of a message signal m(t).- Determine and sketch the spectrum of the resulting PAM signal.
|