Reference no: EM13255466
I. Introduction
a. Describe the overall topic that you have been investigating, why it is important to the field, and why you are interested in the topic.
b. Identify themes and trends in research questions, methodology, and findings. Give a "big picture" of the literature.
II. Theme A1
a. Overview of characteristics of the theme (commonalities, differences, nuances)
b. Sub-theme - narrow but grouped findings related to the theme
i. Study 1 (Research question(s), Methods/Participants, Related Findings)
ii. Study 2 (Research question(s), Methods/Participants, Related Findings)
iii. Study 3 (Research question(s), Methods/Participants, Related Findings)
c. Sub-theme - narrow but grouped findings related to the theme
i. Study 4 (Research question(s), Methods/Participants, Related Findings)
ii. Study 5 (Research question(s), Methods/Participants, Related Findings)
iii. Study 6 (Research question(s), Methods/Participants, Related Findings)
d. Etc., etc., etc. with other findings that fit Theme A; studies can be repeated if there are multiple findings that fit under more than one theme. However, no need to rewrite methods/participants in detail (just enough to remind the reader about the study).
III. Theme B - follow a, b, c, and so on from above
IV. Keep repeating with themes
V. Conclusion: An evaluation/critique of the existing literature. Write several paragraphs.
a. What are the contributions of this literature to the field?
b. What are the overall strengths?
c. What are the overall weaknesses?
d. What might be missing?
e. What are some next steps for research? The next steps should explicitly address how to "correct" for strengths, weaknesses, and gaps.
What is the moment of inertia of the wheel
: A mass of 400 grams hangs from the rim of a wheel of radius 15cm. When released from rest, the mass falls 2 m in 6.5 sec. Find the moment of inertia of the wheel
|
Define circuit using both a state diagram and a state table
: A circuit must detect a 01 sequence. The sequence sets z = 1, which is reset only by a 00 sequence. For all other cases, z = 0. For example, for input sequence as follows, the corresponding output sequence would be: x = 010100100
|
Determine the speed of the electron
: An electron experiences a magnetic force of magnitude 4.20 10-15 N when moving at an angle of 45.0° with respect to a magnetic field of magnitude 3.90 10-3 T. Find the speed of the electron
|
Explain two aqueous solutions a and b
: Consider two aqueous solutions, A and B (which contain different solutes). Is it possible for solution A to have a greater concentration than solution B in terms of mass percent, but a smaller concentration in terms of molarity
|
Describe the overall topic that you have been investigating
: Describe the overall topic that you have been investigating, why it is important to the field, and why you are interested in the topic - Identify themes and trends in research questions, methodology, and findings.
|
What property of the space charge region contributes
: What property of the space charge region contributes to the collection of charge carriers and which is not present in the neutral regions where movement and collection are by diffusion. Which resistance term does this affect, series resistance, RS,..
|
Find the magnetic moment of the loop
: The plane of a 7.0 cm × 10.0 cm rectangular loop of wire is parallel to a 0.16-T magnetic field. The loop carries a current of 7.0 A. What is the magnetic moment of the loop?
|
What is the energy stored in the capacitor
: A parallel plate capacitor is made of two parallel disks of metal separaded by a gap. The radius of the disk is 2.0m, the distance between the plates .25m. What is the energy stored in the capacitor
|
Determine and plot the three-phase current commands
: In a 2-pole, three-phase PMAC drive, the torque constant and the voltage constant are 0.5 in MKS units. A constant torque of 5 Nm is developed to bring the system from rest to 5000 rpm in 5 seconds.
|