throughout the list, label each as either debit, credit or no entry for the following prompt. "A hardware distributor ships an order of nails on account to Naperville True Value Store. Match the accounts to the correct debit and credit entries."

1. cost of goods sold

2. inventory

3. revenue

4. accounts receivable

5. freight

6. discounts, returns and allowances

7. accounts payable

8. cash

Match the animal with the correct classification.

1) Squid

2) Earthworm

3) Lobster

4) Scorpion

5) Jellyfish

6) Tapeworm

7) Centipede

8) No specific tissues just a collection of cells

9) Roundworm

10) Flea

TERMS:

a) sponge

b) cnidarian

c) platyhelminth

d) nematode

e) Hexapoda

f) myriapods

g) crustacea

h) chelicerata

I) mollusk

j) annelida

1) Why would the anterior portion of the nose be cartilage instead of bone?

2) Some elderly patients have difficulty swallowing and closing their epiglottis. Would this cause any potential problems in the respiratory system?

3) What are the two things shown or implied in slide 26 that work together for a particular goal? What is their purpose? If either is not performing, would performance be compromised?

4) Slide 40 shows emphysema reducing the total surface area of the alveoli. Where else have we seen surface area being important in A&P?

5) OPTIONAL Draw two close segments of the lung (schematically) and draw why infections going from one to another are somewhat inhibited because of the anatomy. Draw the same two area but without being contained in segments and draw why an infection can go more easily from one of the regions to the other region.

6) Referring to the oxygen-hemoglobin dissociation curve (slide 76), would a healthy patient benefit from breathing in a higher percentage of O2 such as when visiting an “oxygen bar”. Would there potentially be any benefit via a different route than hemoglobin (but isn’t)?

7) Relate the three factors affecting the affinity of Hb for O2 on slide 77, to exercise. Does each have any connection to exercise?

8) Since a person always needs oxygen, why would the bronchioles have the ability to contract at all? Why would the trachea not have that ability?

Two social media marketing campaign in Saudi Arabia that failed (Last two years) and why did it fail?

I got to the part in bold and I have no idea where to go from here.

Step 1:Find the pair with the smallest distance.

Step 2:Join them in one group and draw those branches.

Step 3:Compute average distance between this group and all other taxa one-by-one and create new table with those values.

Step 4:Repeat Steps 1 to 3 using the new distance matrix.

Based on above data, find the first two characters with the shortest distance and draw those branches with the respective distances on the branches below according to the example given in class or online. This should be your first two branch tips.

C and D is the pair with the shortest distance as it is 2 units. A sub tree will be drawn with the branch point half way between the two given units. Each branch is 1 unit as this is 2 units divided equally and each point is 1 unit away from the center node.

Recalculate distances based on the combination of the last characters. This first table has been partially filled out for you. Determine and enter the missing values. (You need not fill out the boxes above the dashes as they are mirror values to the below-dash values.)

Draw the next branch pair based on the shortest distance of your newly determined values and label each branch with its length and each tip with its character.

Recalculate new distances using the below table.

Draw new branches.

Recalculate distances.

Draw new branches.

Recalculate Distances.

Draw new branches.

You have been hired as a financial advisor to Red Sox DH J. D. Martinez who plans to opt-out of the final 3 years and $62 million of his contract. He has received two offers, one from the Chicago White Sox for 5 years and $130 million and one from the Texas Rangers also for 5 years and $130 million and wants to select the best offer. The White Sox’s offer will pay J.D. $20 million in year 1, $20 million in year 2, and 30 million per year for years 3 through 5. The Ranger’s offer will pay J.D. $35 million in year 1, $35 million in year 2, $30 million in year 3, and $15 million per year in years 4 and 5. If the appropriate discount rate is 7.5%, which offer will you advise J.D. to choose?

Consider the set of integer numbers from 0 to 9, that is {0, 1, 2, 3, 4, 5, 6, 7, 8, 9}. Bob wishes to use these numbers to create a 7-digit password to secure his new laptop. Note that each number can appear in any position (for example, 0 can be the first number in the password). (a) Find the number of 7-digit passwords that are possible. (b) Find the number of 7-digit passwords with distinct digits. (c) Find the number of 7-digit passwords that contain exactly three 4s (that is, inside the password the number 4 appears exactly three times). (d) Find the number of 7-digit passwords that do not contain any 1 (that is, inside the password the number 1 never appears). (e) Find the number of 7-digit passwords that contain at least one 6 (that is, inside the password the number 6 appears at least once). (f) Find the number of 7-digit passwords that contain exactly two 6s and one 5 (that is, inside the password the number 6 appears exactly twice and the number 5 appears exactly once). (g) Find the number of 7-digit passwords that contain exactly two 4s and three 2s (that is, inside the password the number 4 appears exactly twice and the number 2 appears exactly three times).

Suppose the United States and Mexico both produce hamburgers and tacos. The combinations of the two goods that each country can produce in one day are presented in the table below.

Which country has an absolute advantage in producing​ tacos? 

The United States

Mexico

.Which country has a comparative advantage in producing​ tacos?  

The United States

Mexico

.Suppose the United States is currently producing 160 tons of hamburgers and 48 tons of tacos and Mexico is currently producing 16 tons of hamburgers and 40

tons of tacos. If the United States and Mexico each specialize in producing only one good​ (the good for which each has a comparative​ advantage), then a total of

additional​ ton(s) of hamburgers can be produced for the two countries combined ​(enter a numeric response using an​ integer) and a total of

additional​ ton(s) of tacos can be produced.

Question:

1. Assume the data in tab 11.a (Cancer mortality) represent data on cancer mortality rates for the communities in your hospital's service area. Perform a statistical test to determine if the average cancer mortality in the rural communities is different from the average mortality in the urban communities. (Assume the mortality rates are normally distributed.) Offer an interpretation of your results. Remember to describe the mean cancer mortality rates. (4 points)
2. Does this problem call for a one-tailed test or a two-tailed test? (1 point)
3. Using the data in tab 11.b (Weight loss), test whether the average weight of patients attending your new weight loss clinic has changed as a result of attending the clinic. That is, is the average weight of patients after attending the clinic different from the average weight before attending? Report the average weight of these patients before and after attending the clinic and interpret the results of the statistical test(s) performed. (5 points)
4. Apply the appropriate t-test to compare the mean time required to process clinical records before and after the introduction of a new method for this work. Note, assume the same records were processed before and after the introduction of the new procedure. Using data in Tab 12. (Processing time), evaluate the following:
5. Test whether the intervention designed by a clever intern to reduce the time required to process billing forms made a difference. (That is, test whether the mean processing time after the intervention is different from the mean before the intervention.) Report your results and offer an interpretation of the statistical test(s) performed. (5 points)
6. Would your conclusion be different if you were asked to test whether mean processing time after the intervention was less than mean processing time before the intervention? Describe how you interpret your results under these conditions. (Hint: this is a one-tailed problem.) (5 points)
7. Choose the appropriate t-test for your evaluation and decide if each hypothesis requires a one- or a two-tailed test. Assume the data in Tab 13.(ER Wait times) are the time spent waiting to be seen by a physician for two groups of patients. One group were considered to have true emergencies and the other group were triaged as requiring only urgent care.
8. Test the hypothesis that the time spent waiting does not depend on the reason for admission to the ER (true emergency v. needing urgent care). Report your results and interpret the statistical test. Does this hypothesis call for a two-tailed test or a one-tailed test? (5 points)
9. Test the hypothesis that waiting time for patients with true emergencies was less than the waiting time for patients only needing urgent care. (Note the specific hypothesis to be tested here.) Interpret the results of the proper statistical test and justify your answer. Does this hypothesis call for a one-tailed or a two-tailed test? Please justify your answer.

PLEASE USE DATA BELOW

ER waiting time:

Type of visit:

Urgent   Emergency
29 33
30 43
32 26
31 46
22 31
26 40
30 34
38 4
29 30
28 24
29 40
38 32
30 36
43 31
23 45
32 20
25 31
32 42
30 29
32 40
35 34
34 44
29 9
21 25
29 29
31 34
36 28
14 37
31 18
36 38
29
48
36
49
28
39
34
37
34
42

**The last Data Set of numbers refer to Column 2 (Emergency)**