1. If real GDP in 2016 using 2015 prices is higher than nominal GDP of 2016, then

O A. nominal GDP in 2016 equals nominal GDP in 2015.

O B. real GDP in 2016 is larger than real GDP in 2015.

O C. prices in 2016 are higher than prices in the base year.

O D. prices in 2016 are lower than prices in the base year.

2. When GDP is measured using "adjustments for price changes" it is known as the

O A. nominal GDP.

O B. real GNP,

O C. real GDP.

O D. nominal GNP.

3. Between a trough and a peak, the economy goes through a(n)

O A. recession.

O B. expansion.

O C. bust

O D. hyperinflation.

4. Classiiying discouraged workers as unemployed would

O A. have an indeterminate impact on the unemployment rate.

O B. increase the unemployment rate.

O C. not change the unemployment rate.

O D・ decrease the unemployment rate.

5. In which of the following markets are funds demanded and supplied?

O A. the factor market

O B. the money market

O C. the goods and services market

O D. the labor market

6. Which of the following is included in both the U.S. GDP and GNP?

O A. The value of cars produced by Nissan in Japan and the U.S.

O B. The value of all cars produced by Ford in Mexico.

O C. The value of all cars produced by General Motors in the U.S.

O D・ The value of all cars produced by Toyota in the U.S.

Following are selected transactions of Danica Company for 2016 and 2017.

2016

2017

Complete the table to calculate the interest amounts and use those calculated values to prepare your journal entries

• M Lee Note

Complete the table to calculate the interest amounts.

• Tomas Co Note

First, complete the table below to calculate the interest amounts.

• H Cheng Note

First, complete the table below to calculate the interest amounts.

• General Journal

Use those calculated values to prepare your journal entries.

Journal entry worksheet

• Received Lee’s payment for principal and interest on the note dated December 13. Assume no reversing entries were prepared.

Note: Enter debits before credits.

• Accepted a $8,000, 8%, 90-day note dated March 3 in granting a time extension on the past-due account receivable of Tomas Company.

Note: Enter debits before credits.

• Accepted a $6,000, 30-day, 8% note dated March 17 in granting H. Cheng a time extension on his past-due account receivable.

Note: Enter debits before credits.

• H. Cheng dishonored his note when presented for payment.

Note: Enter debits before credits.

• Wrote off the H. Cheng account against the Allowance for Doubtful Accounts.

Note: Enter debits before credits.

• Received the Tomas payment for principal and interest on the note dated March 3.

Note: Enter debits before credits.

Test Your Understanding

Create a JAVA package by name ClassEx2 and in the main() method of
the class, assign your name to a String object and your father name to a
different String object and do the following;

Concatenate your name and your father name.

Get the length of your full name.

Find the index of any character in your full name.

Replace the occurrence of any lower case character in your full
name to capital character.

Compare your first name with your father name , display message
indicating which name is first lexicographically.

A transformer is a device that takes advantage of Faraday’s Law to change an AC voltage. It consists of a primary coil and a secondary coil. When a transformer is used to raise the voltage, it is called step-up transformer and when used to lower the voltage, it is called a step-down transformer. As in the case of nested coils discussed in the Pre-Lab Notes, the secondary coil has a varying magnetic field in its center due to the varying electric current (i.e., AC current) in the primary coil. The induced current and electric potential may be different in the secondary coil than in the primary coil. For N_P loops in the primary coil, N_S turns of the wire in the secondary, and a voltage supplied by the power source of V_P, the induced voltage in the secondary is given by

         (1) V S = N S N P V P

The induced current is

         (2) I S = N P N S I P

The second challenge is to find the ratio of the turns of the outer coil to the inner coil in the nested coil set. The constraint here is that you must use electromagnetic induction in your technique. Another minor limitation is that you don’t have access to the lab equipment. Two data sets are provided for you, You need to analyze them and come to conclusions.

The first data set is for a pair of nested coils, with the inner being the primary with an applied AC voltage at 60 Hz and the outer being the secondary. For the second data set, the primary and secondary roles are reversed.

Copy each of these data sets into Excel, graph them. And find the best fit. Upload the worksheet here.

Dichotomous key for common skin bacteria:
I. Cells arranged in tetrads, glucose not fermented (Micrococcus)
A. Colonies have yellow pigment M. luteus
B. Colonies have red or pink pigment M. roseus

II. Cells arranged in clusters, glucose is fermented (Staphylococcus)
A. Acid produced from mannitol
1. Coagulase-positive S. aureus
2. Coagulase-negative
a. Acid produced from trehalose S. saprophyticus
b. No acid from trehalose S. capitis

B. Acid not produced from mannitol
1. Acid produced from trehalose S. saprophyticus
2. No acid from trehalose S. epidermidis

Elsa completes the in-class lab experiment on skin bacteria by inoculating a phenol red glucose tube and a mannitol salt agar plate with her skin sample. After 24 hours of incubation at 37°C, she performs a Gram stain and phenol red trehalose test on a colony of bacteria from her MSA plate. (Note: the PR trehalose test is similar to the PR glucose test, only the carbohydrate is trehalose instead of glucose).

Elsa’s lab partner, Anna, completes a similar experiment, but with slightly different results. Her initial results point her to a different direction, so instead of completing the PR trehalose test, she completes the coagulase slide test

• Use the dichotomous key on page 41 again to interpret Anna’s results. What is the name of the organism growing on her skin?

4. Is it possible that one or both students have MRSA on their skin? Explain.

An agronomist is conducting a field experiment to identify the best management practice for minimizing spread of a certain plant disease in corn. He compares four different management strategies designed so that they would reduce the spread of the disease. He has set up a field study with a total of 25 experimental plots planted with corn and with 5 treatments (4 disease prevention treatments and a control treatment). Each treatment has been assigned to 5 randomly selected plots. Plant biomass was then measured from each plot at the end of the experiment. The ANOVA table and the treatment means are shown below.

ANOVA:

a)(10 points) Conduct all pairwise comparisons between the treatment means using LSD, (=0.05). Present the results using letters assigned to treatment means (Use letters in the column Letters for part a) in the below table)

b)(10 points) Conduct all pairwise comparisons between the treatment means using Tukey’s HSD (=0.05). Present the results using letters assigned to treatment means. (Use the column Letters for part b) in the below table)

                                                NAME:____________________________

c)(10 points) Did you expect to see differences in conclusions obtained using the two methods (LSD and Tukey’s)? Which method would you use for this analysis? For full credit, provide an explanationof your choice.

Step by step procedure by hand, possibly shortest way to go about this problem would be ideal. thank you in advance

Sox Corporation purchased a 40% interest in Hack Corporation for $1,975,000 on January 1, 2016. On November 1, 2016, Hack declared and paid $2.9 million in dividends. On December 31, Hack reported a net loss of $4.6 million for the year. What amount of loss should Sox report on its income statement for 2016 relative to its investment in Hack?

On January 2, 2016 Alan Corporation acquired 35% if the voting stock of Hamlen Company for $4,000,000 in cash.  During 2016 Hamlen reported total income of $600,000.  Hamlen sold $5,000,000 in merchandise to Alan at a markup of 20% on cost; $312,000 remains in Alan's ending inventory.  Compute Alan's equity in net income of Hamlen for 2016 on Alan's books.

Eukaryotic Scavenger Hunt ---NOTE: Pay close attention to the questions. Check spelling carefully. Be sure that genus names are formatted correctly: First letter capitalized and the name italicized if typed or underlined if handwritten.

Fungi

1. Name the genus of the zygomycete known as black bread mold.

2. Name the genus of the ascomycete responsible for the production of penicillin.

3. Name the genus of the basidiomycete commonly known as the portobello mushroom.

4. Name the genus of the yeast commonly used to make beer and bread.

Algae

5. Name a genus of unicellular green algae

.6. Name a genus of colonial green algae.

7. Name the genus of a filamentous green algae with chloroplasts arranged in a spiral pattern.

8. Name the group in which the genus Thalassiosira is found.

9. Name the genus of the brown alga known as giant kelp.

10. Name a genus of red algae used as a source of agar.

11. Name a genus of dinoflagellate that is bioluminescent.

12. Name a genus of fungus that has been found in a lichen.

13. Name a genus of algae that has been found in a lichen.

Protozoa

14. Name a genus of amoeba.

15. Name a genus of ciliate.

16. Name the genus of the flagellate that causes African trypanosomiasis.

17. Name the genus of the flagellate that has chloroplasts and a light-sensitive spot.

18. Name the genus of the apicomplexan that causes malaria.

Slime Molds

19. Name a genus of a true slime mold

.20. Name a genus of a cellular slime mold.

Helminths

21. Name the genus of the trematode known commonly as the lung fluke.

22. Name the genus of the cestode known commonly as the beef tapeworm.

23. Name the genus of a nematode with sexual dimorphism.

Name the Galilean moons.