Questions
It is understandable why we have insurance to cover catastrophiclosses. Not many of us have...

It is understandable why we have insurance to cover catastrophic losses. Not many of us have hundreds of thousands of dollars laying around. Interestingly, there are many individuals who have insurance to cover small expenses (i.e. dental. Vision). This will be the topic of this week’s discussion. First, discuss the reasons why a person would purchase insurance vs being self-insured. Next discuss why someone would choose to have coverage for a small claim. Be sure to briefly mention the three reasons listed in your textbook. Do you think the cost of the premium is worth it based upon how much it would cost out of pocket to get dental, vision, etc.?

In: Operations Management

Write REFLECTIVE JOURNAL on 5 news articles related to Macroeconomics, GDP and Unemployment, Economic models, Fiscal...

Write REFLECTIVE JOURNAL on 5 news articles related to Macroeconomics, GDP and Unemployment, Economic models, Fiscal and Monetary policy, and Foreign exchange and BoP. These articles should have a Summary and a Reflection of the article according to your opinion in which you should also mention to which topic articles match. Each article should have 150 words for summary and 200 words for reflection. Also, add diagrams at the end of each article to justify your reflection and to give a better view of the concept. Each article should also include a link from where it is taken and also add details of the writer of that particular article with date and time when it was written and published.

In: Economics

How would the following factors affect Rf values in the separation of compounds by Thin-layer chromotrography?...

How would the following factors affect Rf values in the separation of compounds by Thin-layer chromotrography?

a) Use of filter paper in the solvent chamber while developing a plate.

b) The solvent chamber has been shifted a few times while the plate is being developed.

c) Failed to cover the TLC chamber with a lid/watch glass while running the TLC plate.

d) A student is trying to determind a best solvent systme that would be seperate a three component mixture. After developing the plate, he couldn't detect any spots with the UV visualization. Mention two potential errors that could have goone wrong with his analysis.

In: Chemistry

1- WHAT IS THE IMPORTANCE OF USING A GOOD KNOWLEDGE MANAGEMENT FOR A SAMPLE TAKING, BOTH,...



1- WHAT IS THE IMPORTANCE OF USING A GOOD KNOWLEDGE MANAGEMENT FOR A SAMPLE TAKING, BOTH, PHYSICALLY AND THEORICALLY.


2-WHAT WOULD BE THE GUIDANCE TO THE PATIENT BEFORE THE SAMPLE PROCESS


3-WHAT WOULD BE THE DISADVANTAGES WHEN PERFORMING THE PATIENT SAMPLING PROCEDURE


4-HOW WE CAN MAKE A GOOD SAMPLE TAKING THAT IS EFFECTIVE, HAVING DATA PRESENT IN THE PATIENT.


5-WE AS PROFESSIONALS, WE HAVE TO BE IN CONSTANT PARTICE AS BOTH THEORETICAL AS VISUAL, AS THIS, ALLOWS US MASTERY OF THE SKILLS, YOU AS PROFESSIONALS WHO WOULD HAVE PRESENT AT ALL TIMES TO BE SURE TO PERFORM A PROCEDURE OF VEN.


6- MENTION THE EQUIPMENT THAT WE CAN USE TO DO THIS PROCEDURE.

In: Biology

Design a steam power plant that works as an ideal Regenerative Rankine cycle with 2 closed...

Design a steam power plant that works as an ideal Regenerative Rankine cycle with 2 closed feedwater heaters cascaded backwards by selecting their extraction pressures to optimize cycle efficiency. The available steam conditions at the exit of the boiler are 3 MPa and 590 °C and the condenser pressure is 20 kPa. The steam flow rate at the inlet of the turbine is 80 kg/s. A T-s diagram for the cycle should be provided along with a table showing the pressure, temperature, enthalpy and entropy of all the states at the optimized point. Also, mention the net power output and rate of heat rejected from the cycle as well as the fractions of the working fluid extracted for each feedwater heaters at the design point.

In: Mechanical Engineering

Q2 Write short notes on any two of the following: a) Optimum Design. b) New Design...

Q2 Write short notes on any two of the following:

a) Optimum Design. b) New Design c) Empirical Design [12 marks]

(iii) Mention two methods used in design in minimizing stress concentration. [5 marks]

Q4 (i) Find the power transmitted by a 50mm diameter solid shaft running at 200rpm if the shear strength of the material is 124 MN/m2 using factor of safety of 2.

What will be the power transmitted by an equivalent hollow shaft of the same cross sectional area as the solid shaft above, if the ratio of the outside to inside diameter is 3/2. [18 marks]

(ii) Explain the meaning of the answers in (i) above


In: Mechanical Engineering

Construct a portfolio taking into account the macro-economic outlook for whatever country and currency you invest...

Construct a portfolio taking into account the macro-economic outlook for whatever country and currency you invest in . Your portfolio must reflect the following factors. Why you prefer managed funds or exchange-traded funds, or a mixture of the two. For this exercise you can choose funds - of any type, but funds (not bonds, not stocks -except via funds). Describe the funds. Include a mention of costs and why you like the funds. At least 5 -7funds altogether.

You also need to match your asset allocation with your risk profile. You may add a structured product to your portfolio.Reference-Portable Private Banker byDr David Costa

In: Accounting

5) Will students wait times for the arrival of an instructor who is a full professor...

5) Will students wait times for the arrival of an instructor who is a full professor differ
from the wait times for an instructor who is a graduate student? This question was
investigated by counting how many minutes undergraduate students waiting in two
small seminar classes, one taught by a full professor and one taught by a graduate
student. Suppose we want to examine if the time waited is different for the full
professor than for the graduate student.
a. Propose a parametric approach to answer this question. Mention clearly all
assumptions for such an approach.
b. Compare your approach in part a. to a bootstrap approach for a two-sample
problem. Clearly state your conlusions in relation to this problem.

In: Statistics and Probability

3. Mrs. Natasha gave birth to a boy child and her friend Mrs. Tina gave birth...

3. Mrs. Natasha gave birth to a boy child and her friend Mrs. Tina gave birth to a female child. When the babies are born, the environment is different both inside and outside of the body. Based on the above case answer your questions. (2.5 Marks)

a) How do the new born girl and boy babies are coping up with new environment?


b) What type of enzyme and neurotransmitters are involved with this process?


c) Is there any difference between these babies in coping up with the new environment? Comment on it.


d) Which type of tissue is involved in this process?

e) Mention the name of the gas which is involved in this process.

f) Write any two locations of this tissue.

In: Biology

Enzyme Used Lysozyme Thermal Denaturation Temp (Celsius) Abs (325 nm) 40 0.106 50 0.086 60 0.109...

Enzyme Used Lysozyme
Thermal Denaturation
Temp (Celsius) Abs (325 nm)
40 0.106
50 0.086
60 0.109
65 0.161
70 0.409
75 2.06
80 2.173
90 0.821
Urea Denaturation
M of urea Abs (325 nm)
0 0.464
1 0.07
2 0.056
4 0.05
6 0.035
8 0.028

Please help me Calculate fraction denatured and equilibrium constant at each temperature and plot ln K vs T-1 graph, once plotted Find ΔH, ΔS and ΔG(T=75) (mention any assumptions you made) and What is the Tm for each protein

In: Chemistry