You have been examining the books of a new client. Included on their previously unaudited financial statements was a balance of $299,032 for a long-term Patent as of 12/31/2017. When examining the ledger, you found these entries:

• An “acquisition” entry of $274,982:
• Legal costs incurred in the preparation of the application for the patent: $6,450 during 2016
• Leal costs incurred in successfully defending the validity of the patent: $17,600 during 2017

• There have been no amortization expenses reported for the patent. There were no other entries to the account during 2018.

  In discussions with the president of the firm, you learned that this patent was developed by an employee specifically hired to work on the development of the president’s initial concept for the product. After 3 years of work, the patent was granted at the end of 2016. The patented product has resulted in a 50% increase in sales from 12/31/2016 to 12/31/2018. The president expects the product to continue being very marketable over the company’s 3 year strategic plan from 2018 through 2020.

  Instructions: As the outside auditor for the company, prepare a memo as of 12/31/2018 to the president of the company discussing:

• The GAAP rules governing the accounting of patents, using appropriate citations from the codification. (Provide the appropriate references to the FASB Codification. Do NOT copy and paste the codification sections.)
• The previous mistakes in accounting for the patent. Suggest correcting journal entries, if appropriate.

There are eight different important factors in e-commerce website design, which are:

Functionality

Informational

Ease of Use

Redundant Navigation

Ease of Purshase

Multi-Browser functionality

Simple graphics

Legible text.

Go to an e-commerce website of your choosing and evaluate it's effectiveness according to the basic criteria mentioned above.

Create three MySQL database tables and write SQL scripts to read, insert, and delete data. The first database table will contain the names of at least four movies. The second table will be a list of actors who appear in the movies. The third table will be an associative table that describes the relationship between the actors and their movies (which actors appear in which movies). Actors and movies have a “many-to-many relationship,” meaning an actor can be in multiple movies and a movie can have multiple actors.

• Use the MySQL Database Instructions listed below to create the three tables.
• Once the three tables are completed, create a “join” statement that joins data from all three tables. Remember that field names used in more than one table (ASIN, ActorID) must be fully qualified (i.e., dvdtitle, ASIN).
• The previous SQL query returns a separate record for each actor. Provide a way to group results from several records into a single row.

General guidelines for this:

• String values in SQL statements are always enclosed within single quotes. ASIN and Title are both strings and require single quotes. For instance, your insert statement will look something like this:
  $sql = “Insert into dvdtitles (asin, title, price) VALUES (‘$asin’, ‘$title’, $price)”;
• SQL debugging tip: check your SQL statement before you execute it. Put the following line of code immediately before the mysql_query($strSQL) statement.
• When retrieving ASIN from the querystring, remember that ASIN is a string, not a number.
• Explain in detail (like im 5) the process on how to group results from several records into a single row.

Table 1

1. Create a MySQL database table named “tbldvdtitles.” You will be adding information about a minimum of four of your favorite movies.

The table should have the following structure:

2. Write a SQL statement to add the ASIN, price, and title for your favorite movies.

Table 2

1. Create a second database table named “tbldvdActors.” Your table should have the following structure:

2. Write a SQL statement to add at least four actors, one from each of your listed movies.

3. Write a SQL statement to update the last actor fname, and lname information.

4. Write a SQL statement to delete the first actor in the tbldvdActors table.

Table 3

1. Create a third database table of relationships between actors and movie titles. The table should have the following structure:

1. (Because this table uses a composite key, the delete statement must reference both the asin and actorID fields.)

2. Add data that describes the relationship between your movies and actors.

Part 2: t-Procedures

In this part, we will use t-procedures. t-procedures are both confidence intervals and hypothesis tests that

use a t distribution. They are called t-procedures because they rely on a t-test statistic and/or a t-critical

value, so we only need to know the results of a sample in order to perform these procedures for a population

mean.

In Part 2, you will use the data file TempSample00-18.

(THIS IS THE DATA)

YEAR,Month,High Temperature

2000,Jan,45

2000,Jan,48

2001,Jan,49

2003,Jan,62

2003,Jan,53

2004,Jan,42

2004,Jan,47

2005,Jan,40

2005,Jan,47

2006,Jan,48

2006,Jan,47

2007,Jan,51

2007,Jan,34

2007,Jan,47

2009,Jan,50

2011,Jan,35

2012,Jan,44

2013,Jan,38

2013,Jan,53

2013,Jan,42

2014,Jan,58

2014,Jan,47

2014,Jan,44

2015,Jan,52

2016,Jan,44

2017,Jan,49

2018,Jan,54

2000,Feb,48

2001,Feb,47

2004,Feb,47

2007,Feb,51

2008,Feb,51

2008,Feb,55

2011,Feb,45

2014,Feb,37

2014,Feb,54

2014,Feb,58

2015,Feb,54

2017,Feb,52

2017,Feb,44

2017,Feb,45

This includes an SRS of daily temperature highs from January and February from the years 2000-2018

(i.e. "recent" highs). The distribution of "recent" daily high temperatures is approximately Normal.

2.1 Getting Started

2.1.1 Understanding the Set-Up

1) Describe the intended population?

2) Describe the sample?

3) Describe the variable of interest?

4) Describe the parameter of interest (in context)?

5) Describe the statistic of interest (in context)? Give a numerical value along with your description.

Round to two decimal places.

2.1.2 Checking Conditions

1) Check that the conditions for using t-procedures are satisfied. If they are not, discuss whether or not it is reasonable to use t-procedures.

2.2 Confidence Intervals

2.2.1 Motivating Question: Confidence Intervals

In 2.2, we will try to answer the question:

What is the average daily temperature high in Portland, OR for the

months of January and February during 2000-2018?

2.2.2 Confidence Interval

1) What degrees of freedom are needed?

2) What critical value is used to compute a 95% confidence interval?

3) Give the 95% confidence interval. Round to two decimal places.

4) Interpret your 95% confidence interval.

2.2.3 Wrap Up

1) Answer the motivating question in 2.2.1.

2.3 Hypothesis Tests (Tests of Significance)

2.3.1 Motivating Question: Hypothesis Tests

In 2.3, we will try to answer the question:

Is there evidence to suggest that the average daily temperature high in Portland,

OR for the months of January and February during 2000-2018 is different than

the historical average of 48.35◦F?

2.3.2 Hypothesis Test

1) Perform a hypothesis test for α = .01. Be sure to interpret your p-value in context.

2.3.3 Wrap Up

1) Answer the the motivating question in 2.3.1.

2.4 Final Remarks

1) Based on the data found in Part 2, what would you say about the daily high temperature for "recent"

years compared to "historical" years?

Capri Investments Inc. is a company invented to revolutionalise the information technology sector in Namibia. The company was started in the late 2000’s as Namibia was catching up to the rest of the world in technology.Nangoo, Natumbisa & Ngajoo, incorporated the entity & owned 100% of the issued share capital in equal proportions. The company main primary business is the provision of IT support services to large parastal companies & government ministries. The company also provide IT training to these entities & any other private customers, be it individuals companies or individuals in their own personal capacities. In, addition to the above, the company sells software & hardware IT related products including non-branded laptops. The company has a 28 February year-end, assume that this also represents their tax year. Capri mainly imports their stock from India and China. PART A However, during the year, the company imported a machine from England which will industrialize their current manufacturing process. The cost of the machine was £20,300. The machine arrived in Windhoek on 01 May 2018. Assume that on this date the risks & rewards have transferred to Capri. The creditor will be paid in instalments of 50% each; the first instalment being due on 30 June 2018 and the 2nd instalment being due on 31 August 2018. During the financial year, Capri has also purchased 80 (i.e eighty) laptops from India for 120,645 Rupees (₹) This shipment arrived on 30 November 2018, when the risks and rewards were transferred. The creditor was paid on 20th of December 2018. The following exchange rates have been provided: N$ to 1 Pound (£) N$ to 1 Indian Rupee (₹) 30 June 2018 17.00 5.00 30 November 2018 16.50 5.50 20 December 2018 16.00 5.20 01 May 2018 17.50 4.80 31 August 2018 16.50 4.50 28 February 2019 18.00 4.90 PART B Considering the information above, Capri has also purchased the additional stock items: Capri had a total opening stock balance of N$ 45,600. Purchased 55 laptops from China at 85,000Yen (¥). Assume the exchange rate on the date risks and rewards transferred was N$ 8.80 for 1 Yen. Additional freight charges of N$ 25,700 were incurred as well as import duties of N$ 78,600 were incurred in order to get the stock to its current condition and location. During the current year of assessment, Capri received donated materials (i.e trading stock in relation to Capri) from a local materials wholesaler as it was old stock and they wanted to revamp their current shop. The Market value of the materials on the date of donation was N$ 22,240. At year-end Capri had a total closing inventory balance of N$ 25,900. Total sales for the period amounted to N$ 2,250 897.

YOU ARE REQUIRED TO:

PART B Required: i) Define trading stock in terms of the income tax act of Namibia?

ii) Calculate the gross profit for taxation purposes for Capri Investments Inc. (10 mar

Create the actual database using SQL syntax. This is completed using a Database Application (i.e Microsoft Access, Oracle, or MySQL) as indicated by your professor. After creating the database – populate it with some data (could be made up). SQL syntax and the DB application will be discussed and taught in class. This is the final deliverable of the group project. Assignment is due by the due date as indicated by your professor. *Make sure to submit the completed database in the correct format (i.e Access file, Oracle, MySQL, etc.), don’t forget to include the SQL commands used to create the tables in the database  

Note. Can please provide the Database Table

The CAP theorem says a database cannot have all three of these features: partition (fault tolerance) and consistency and availability. We know that both MongoDB database system and Cassandra database system provide fault tolerance (partition). So how do they handle consistency and availability in their different ways?

1. How does the MongoDB database system handle both consistency and availability in spite of what is stated by the CAP theorem?
2. How does the Cassandra database system handle both consistency and availability in spite of what is stated by the CAP theorem?
3. What are the key differences between how the two database systems handle consistency and availability?

suppose you want to explore dynamics of pepper rice. Propose your empirical model and discuss estimation strategies which are going to be useful in your empirical work

7. The data model that addresses the data requirements is the _____.

1. Logical data model
2. Conceptual data model
3. Relational database
4. Physical data model

8. The hierarchical data base relationships are called _____.

1. Structured
2. Parent and child
3. Table
4. Owners and members

9. Java is used in what type of database?

1. Relational
2. Object-oriented
3. Multidimensional
4. Hierarchical

10. Data repositories are _____.

1. A proprietary database
2. Used solely for clinical data
3. A database used solely for video and audio
4. An open-structure database