The use of social media as a marketing tool is only suitable for developed countries. It is not an effective tool for businesses in Small Island Developing States (SIDS) such as the Caribbean.” provide detail point agreeing with the statement and disagreeing with the statement.

1. screw pump test rig in detail

2. general use screw pump

3. identify its accuracy, precision and time respond in getting a reading.

4. the advantage and disadvantage of screw pump.

Choice 1. You are the new software developer at work. You are brought into a meeting with clients that do not understand the idea of sorting data. Now you know, that you cannot use complex math to explain, but you can illustrate in diagrams. Basically, this group has been working with unsorted data and you must explain why their searches and reports will be so much faster with sorted data. You do not know anything specific about their data, but you want to sell them on the idea that their data should get sorted to quickly fulfill their current demands.

Illustrate how quicksort, insertion sort, and merge sort work. The idea of this is to show the clients that sorting is very common and beneficial.

Explain the following:

• Why sorting is beneficial to searching?
• How each sort works? What data type or structure does it work best on?
• The benefits or possible issues when the number of items being sorted increases (big 0, for non Big 0 people).
• Use for each sort a set of 9 numbers and diagram each set for each sort. So....that means you would have 3 sets of diagrams.
• Attach your files when you are finished.

Remember, you want to explain but not make it too complicated.

What I have so far is bold.

Question: The Mars company claims that 13 percent of M&M’s plain candies distributed into bags are brown. Investigate this claim with an appropriate hypothesis test. Use a significance level of α = 0.05.

1. What is the parameter of interest in this situation? Brown M&Ms = .13

2. Null hypothesis: Ho: p= .13

3. Alternative hypothesis: Ha: p does not = .13

4.

5. What test should we use for this hypothesis?

6. Briefly explain the process of performing the hypothesis test with the TI calculator.

7. The p-value for this test statistic is: _______________.

8. Conclusion: We REJECT/DO NOT REJECT the null hypothesis. (Circle the correct answer)

9. State what this conclusion means in terms of the problem.

You are to design a taxation system for the UAE.

a. Explain the different tax rate structures the government can possibly use.

b. How should the burden of government finance be distributed according to the benefit principle or ability to pay principle? Why?

c. How can the government think about reduction in tax evasion?

d. What is the impact of financing capital project using taxation as opposed to borrowing on current and future consumption and saving?

e. Explain briefly user charges and how they impact efficiency.

f. What are the advantages and disadvantages of increasing the money supply to pay for government-supplied goods and services?

A truck of mass M and a bike of mass m approach a stop sign on a rainy day. As they approach the stopsign, both vehicles are travelling with speed vo. When their front tires are even with the stopsign, the drivers each engage their brakes as start to skid. Each tire has a coefficient of kinetic friction mu_k with the ground. Given M, m, vo, g, how far does each object slide into the intersection? In your skeptic section, pick reasonable values for M, m, mu_k (you can use g = 9.8 m/s^2) and interpret your answers. Is your answer reasonable?

Flower color in a diploid plant is governed by a single gene with 2 alleles (C^R and C^W). Inheritance of flower color follows a pattern of simple Mendelian genetics with dominance.

Scoring of 1850 plants gives the following data:

Flower Color                 Genotype    Number

Red    C^RC^R   467

Red                                     C^RC^W      946

White                                  C^WC^W      437

a) The allelic frequency of C^R is [A] (enter your answer as a decimal rounded to three significant figures after the decimal, in the form '0.xyz'; be sure to round off correctly).

b) The allelic frequency of C^W is [B] (enter your answer as a decimal rounded to three significant figures after the decimal, in the form '0.xyz'; be sure to round off correctly).

Now, assume that this population is in Hardy-Weinberg (H-W) equilibrium at the flower color locus.

c) Under the assumption of H-W equilibrium, the expected frequency of dominant homozygotes with red flowers under is [C] (enter your answer as a decimal rounded to three significant figures after the decimal, in the form '0.xyz'; be sure to round off correctly).

d) Under the assumption of H-W equilibrium, the expected frequency of heterozygotes with red flowers is [D] (enter your answer as a decimal rounded to three significant figures after the decimal, in the form '0.xyz'; be sure to round off correctly).

e) Under the assumption of H-W equilibrium, the expected frequency of recessive homozygotes with white flowers is [E] (enter your answer as a decimal rounded to three significant figures after the decimal, in the form '0.xyz'; be sure to round off correctly).

A chi-square goodness-of-fit test is performed, The chi-square statistic = .898 and the P value is between 0.5 and 0.1.

f) This population of plants [F] in Hardy-Weinberg equilibrium (enter either 'is' or 'is not' in the space provided).

3. Explain the basic tradeoff a state makes when it tightens regulations on licenses for physicians, pharmacists, or any other professionals. What are the costs and benefits?

State the condition (in terms of costs and revenues) that describes allocative efficiency that occurs in LR equilibrium and explain what happens to Producer Surplus in this case.

Explain the basic tradeoff a state makes when it tightens regulations on licenses for physicians, pharmacists, or any other professionals. What are the costs and benefits?