America Between the World Wars and in World War II: 1918-1945

Sandra’s Purse Boutique has the following transactions related to its top-selling Gucci purse for the month of October. Sandra's Purse Boutique uses a periodic inventory system.

2. Using FIFO, calculate ending inventory and cost of goods sold at October 31.
  

Sandra's Purse Boutique has the following transactions related to its top-selling Gucci purse for the month of October. Sandra's Purse Boutique uses a periodic inventory system.

a) Using FIFO, calculate cost of goods sold on October 31.

b) Using FIFO, calculate ending inventory on October 31.

c) Using LIFO, calculate cost of goods sold on October 31.

d) Using LIFO, calculate ending inventory on October 31

e) Calculate weighted-average cost per unit. (Round your answer to 2 decimal places.)

Gammer Electronics manufactures and sells a line of

smartphonessmartphones.

​Unfortunately,

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Electronics suffered serious fire damage at its home office. As a​ result, the accounting records for October were partially

destroyedlong dash—and

completely jumbled.

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Electronics has hired you to help figure out the missing pieces of the accounting puzzle. Assume that the Raw Materials Inventory contains only direct materials.

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​(Click the icon to view the​ amounts.)

Requirement

a. Find the Cost of Goods Sold in October.

Determine the Cost of Goods Sold in October by completing the following table.

Sandra’s Purse Boutique has the following transactions related to its top-selling Gucci purse for the month of October. Sandra's Purse Boutique uses a periodic inventory system.

1. Calculate ending inventory and cost of goods sold at October 31, using the specific identification method. The October 4 sale consists of purses from beginning inventory, the October 13 sale consists of one purse from beginning inventory and two purses from the October 10 purchase, and the October 28 sale consists of three purses from the October 10 purchase and four purses from the October 20 purchase.

Ending Inventory=

Cost of Goods Sold=

2. Using FIFO, calculate ending inventory and cost of goods sold at October 31.

Ending Inventory=

Cost of Goods Sold=

3. Using LIFO, calculate ending inventory and cost of goods sold at October 31.

Ending Inventory=

Cost of Goods Sold=

4. Using weighted-average cost, calculate ending inventory and cost of goods sold at October 31. (Do not round intermediate calculations. Round your final answers to 2 decimal places.)

Ending Inventory=

Cost of Goods Sold=

Write the code in C++.

Write a program to implement Employee Directory. The main purpose of the class is to get the data, store it
into a file, perform some operations and display data.
For the purpose mentioned above, you should write a template class Directory for storing the data
empID(template),
empFirstName(string),
empLastName(string),
empContactNumber(string)
and
empAddress(string) of each Employee in a file EmployeeDirectory.txt.
1. Write a function Add to write the above mentioned contact details of the employee into
EmployeeDirectory.txt. The record of each employee should be written in one line having tab '\t' character
among the attributes. Consider the file below as example for EmployeeDirectory.txt

2. Write a template function SearchByID - SearchByID receives empID of type template and 4 references
(firstname, lastname, contactno, address) of type string. The return type of the function should be bool,
which should return either true or false. If the record is found, return true and copy the details of the
record into the passed references for the caller to use.
3. Also write a void function printDetails which must read the file completely and print the record stored
in EmployeeDirectory.txt.

Listed below are the rental agencies in the Automobile Rental section in the phone directory. Also noted is whether the rental agency is local (L), national (N), and whether the agency rents pickup trucks (T). Note that an agency could provide more than one service. Some of the agencies are to be randomly selected and asked various questions regarding the service they provide.

Use Appendix B.6 – Table of Random Numbers for the following problems:

      a.   Randomly select a sample of five rental agencies. Start with row two and column two. The number is 90935. Use the first two numbers starting with 90.

      b.   Randomly select a second sample of five rental agencies starting at the bottom left corner of the table. The number is 11084. Use the far right two digits starting with 84.

      c.   Randomly select a sample of six that consists of every third rental agency starting with 02.

      d.   Select a sample of four rental agencies so that one of each type is included. Start at the top of column three. The number is 75997. Use the left two digits starting with 75.

      e.   Randomly select a sample of five rental agencies that rent trucks. Start at the bottom of the third column of the table. The number is 78957. Use the far right two digits starting with 57.

      f.    Randomly select a sample of two rental agencies that rent locally and nationally, but do not rent trucks. Start at the bottom of the fourth column of the table. The number is 77353. Use the second and third set of digits starting with 73.

      g.   Use the table of random numbers to select your sample of five rental agencies. Specify in your answer where you started in the random number table and how you chose that starting point

In the funcs directory create a file named funcs.py. This section requires that you implement and test multiple functions. You should develop these functions and their tests one at a time. The function implementations must be placed in funcs.py. The test cases will, of course, be placed in the provided funcs_tests.py.

You must provide at least two test cases for each of these functions. In addition, you should separate your testing into multiple functions (the file includes stubs for the first two testing functions to get you started).

This part will be executed with: python funcs_tests.py

f(x) = 7x2 + 2x

Write a function, named f (a poor name, really, but maps from the context), that corresponds to the stated mathematical definition.

g(x, y) = x2 + y2

Write a function, named g (again, a poor name), that corresponds to the stated mathematical definition.

hypotenuse

Write a function, named hypotenuse, that takes two arguments corresponding to the lengths of the sides adjacent to the right angle of a right-triangle and that returns the hypotenuse of the triangle. You will need to use the math.sqrt function from the math library, so be sure to import math at the top of your source file.

is_positive

Write a function, named is_positive, that takes a single number as an argument and that returns True when the argument is positive and False otherwise. You must write this function using a relational operator and without using any sort of conditional (i.e., if); the solution without a conditional is actually much simpler than one with. Your test cases should use assertTrue and assertFalse as appropriate.

NOTE:All of the files said to be provided are just templates for the solution but are not needed to do the problem

(To be written in Java code)

A personal phone directory contains room for first names and phone numbers for 30 people. Assign names and phone numbers for the first 10 people. Prompt the user for a name, and if the name is found in the list, display the corresponding phone number. If the name is not found in the list, prompt the user for a phone number, and add the new name and phone number to the list.

Continue to prompt the user for names until the user enters quit. After the arrays are full (containing 30 names), do not allow the user to add new entries.

Use the following names and phone numbers:

This code was provided to start with:

import java.util.*;
class PhoneNumbers
{

public static void main (String[] args)

{

// write code here

}

}