6. Describe the general tissue structure that makes up the main body membranes. a). Describe the relationship of these tissues in the function and structure of serous and mucous membranes.

On January 1, 2021, M.T. Toombe Mausoleum granted restricted stock units (RSUs) representing 60 million of its $1 par common shares to executives, subject to forfeiture if employment is terminated within three years. After the recipients of the RSUs satisfy the vesting requirement, the company will distribute the shares. The common shares had a market price of $15 per share on the grant date. At the date of grant, Toombe anticipated that 5% of the recipients would leave the firm prior to vesting. In 2022, 3% of the options are forfeited due to executive turnover. Toombe chooses the option not to estimate forfeitures.


Required:
1. Prepare the appropriate journal entry to record compensation expense on December 31, 2021. Ignore taxes.

• Record the compensation expense on December 1, 2021 for award of restricted stock units (RSUs) representing 60 million of its $1 par common shares to executives, subject to forfeiture if employment is terminated within three years. The common shares had a market price of $15 per share on the grant date.Toombe anticipated that 5% of the recipients would leave the firm prior to vesting.

2. Prepare the appropriate journal entry to record compensation expense on December 31, 2022. Ignore taxes.

• Record the compensation expense on December 1, 2022 for award of restricted stock units (RSUs) representing 60 million of its $1 par common shares to executives, subject to forfeiture if employment is terminated within three years. The common shares had a market price of $15 per share on the grant date.Toombe anticipated that 5% of the recipients would leave the firm prior to vesting.

A tortoise and hare start from rest and have a race. As the race begins, both accelerate forward. The hare accelerates uniformly at a rate of 1.2 m/s2 for 4.3 seconds. It then continues at a constant speed for 11.2 seconds, before getting tired and slowing down with constant acceleration coming to rest 84 meters from where it started. The tortoise accelerates uniformly for the entire distance, finally catching the hare just as the hare comes to a stop. How fast is the hare going 1.7 seconds after it starts? How fast is the hare going 9.6 seconds after it starts? How far does the hare travel before it begins to slow down? What is the acceleration of the hare once it begins to slow down? What is the total time the hare is moving? What is the acceleration of the tortoise?

Report for Movie: The Matrix

What philosophical issues were addressed or raised in the book(s) and movie(s)? Give your points of view on these issues. (400 words or above)

Citation Builders, Inc., builds office buildings and single-family homes. The office buildings are constructed under contract with reputable buyers. The homes are constructed in developments ranging from 10–20 homes and are typically sold during construction or soon after. To secure the home upon completion, buyers must pay a deposit of 10% of the price of the home with the remaining balance due upon completion of the house and transfer of title. Failure to pay the full amount results in forfeiture of the down payment. Occasionally, homes remain unsold for as long as three months after construction. In these situations, sales price reductions are used to promote the sale. During 2018, Citation began construction of an office building for Altamont Corporation. The total contract price is $15 million. Costs incurred, estimated costs to complete at year-end, billings, and cash collections for the life of the contract are as follows: 2018 2019 2020 Costs incurred during the year $ 3,000,000 $ 7,125,000 $ 3,375,000 Estimated costs to complete as of year-end 9,000,000 3,375,000 — Billings during the year 1,500,000 7,500,000 6,000,000 Cash collections during the year 1,350,000 6,050,000 7,600,000 Also during 2018, Citation began a development consisting of 12 identical homes. Citation estimated that each home will sell for $720,000, but individual sales prices are negotiated with buyers. Deposits were received for eight of the homes, three of which were completed during 2018 and paid for in full for $720,000 each by the buyers. The completed homes cost $540,000 each to construct. The construction costs incurred during 2018 for the nine uncompleted homes totaled $3,240,000.

Required:

1. Which method is most equivalent to recognizing revenue at the point of delivery?

2. Answer the following questions assuming that Citation uses the completed contract method for its office building contracts: 2-a. How much revenue related to this contract will Citation report in its 2018 and 2019 income statements? 2-b. What is the amount of gross profit or loss to be recognized for the Altamont contract during 2018 and 2019? 2-c. What will Citation report in its December 31, 2018, balance sheet related to this contract? (Ignore cash.)

3. Answer the following questions assuming that Citation uses the percentage-of-completion method for its office building contracts. 3-a. How much revenue related to this contract will Citation report in its 2018 and 2019 income statements? 3-b. What is the amount of gross profit or loss to be recognized for the Altamont contract during 2018 and 2019? 3-c. What will Citation report in its December 31, 2018, balance sheet related to this contract? (Ignore cash.)

11.) which of the following is a function of the integument?

a.) attract pollinators

b.) protect against animal predation

c.) ensure double fertilization

d.) form a seed coat

12.) which one of the following statements about nitrogen and plant nutrition is FALSE?

a.)some plants are provided with nitrogen by nitrogen-fixing bacteria that live in nodules associated within the roots

b.) Nitrogen is a plant micronutrient, plants require very small quantities

c.) plant roots absorb nitrogen in the form of NH4+ and NO3-

d.) organic nitrogen from decomposing organic matter is a converted by ammonifying bacteria into a form of nitrogen that can be...

Paper I: Letter to the CEO

RE: - Accounting Principles: Why ethics is a fundamental business concept

Accounting is an information system that identifies, records, and communicates the economic events of an organization to interested users. Because of the confidential nature to which the creating and maintaining of these reports are handled, honesty and integrity are highly regarded traits to the hospitality professional accountant. Professional ethics, or the standards of conduct to which actions are judged to be right or wrong, depends on the honesty of the individuals you deal with as a manager of a business.

For this paper, assume you are the Director of Operations for a hypothetical chain of 24 mid-service roadside motels. The CEO of the chain has sent you a memo stating that he would like to replace the current accounting firm that handles all the operational accounting for the firm. The reason he has decided that their services are no longer needed was not made evident to you in the memo. However, you suspect it may have something to do with the fact that their accounting practices were brought up as “questionable” at last month’s operations meeting, where last cycles income statements were openly discussed and examined by upper management.


The CEO further outlines in his memo that he wishes for you to begin researching new accounting firms. Write a letter addressed to the CEO, Days Inn of America outlining how you propose to value ethical conduct when interviewing prospective companies. In your letter, you should include / address the following areas:

1. Your “personal” philosophy on ethics as a fundamental business concept
2. How you plan on identifying and analyzing the principle elements of business ethics within the prospective accounting firms (be specific)
3. How you plan to ensure the non-ethical conduct of the previous firm will not happen again (internal control measures) specifically under three headings:

a. Cost analysis
b. Analysis of new contracts
c. Participation in efforts to control expenses efficiently
4. An analysis of what challenges you anticipate facing during this project

In your summary you should address the following questions:

What is simple diffusion?

What factors determine the amount of solute that can diffuse across a cell membrane?

How does facilitated diffusion differ from simple diffusion?

What is active transport and how does it differ from diffusion?

What are the characteristics of active transport?

What are the two types of active transport?

I am having issues using bool CustomerList::updateStore(). I am using strcpy in order to update input for the Store class, but all I am getting is the same input from before. Here is what I am trying to do:

Ex.

(1234, "Name", "Street Address", "City", "State", "Zip")

Using the function bool CustomerList::updateStore()

Updating..successful

New Address:

(1234, "Store", "111 Main St.", "Townsville", "GA", "67893")

CustomerList.h

#pragma once;

#include
#include "Store.h"

class CustomerList
{

   public:
       Store *m_pHead;
       CustomerList();
       ~CustomerList();
       bool addStore(Store *s);
       Store *removeStore(int ID);
       Store *getStore(int ID);
       bool updateStore(int ID, char *name, char *addr, char *city, char *st, char *zip);
       void printStoresInfo();

  
};

CustomerList.cpp

#include

#include "CustomerList.h"

#include "Store.h"

using namespace std;

CustomerList::CustomerList()

{
m_pHead = NULL;
}

CustomerList::~CustomerList()

{
delete m_pHead;
}

bool CustomerList:: addStore(Store *s)

{

if(m_pHead==NULL)

   {
       m_pHead = new Store(s->getStoreID(),s->getStoreName(), s->getStoreAddress(), s->getStoreCity(), s->getStoreState(), s->getStoreZip());
       return true;
   }

else

{
   Store * temp;

       temp=m_pHead;

       while(temp->m_pNext != NULL)

       {
           temp = temp->m_pNext;
       }

       temp->m_pNext = new Store(s->getStoreID(),s->getStoreName(), s->getStoreAddress(), s->getStoreCity(), s->getStoreState(), s->getStoreZip());

   return true;
}

}

Store *CustomerList::removeStore(int ID)

{

Store *temp, *back;
temp = m_pHead;
back = NULL;

while((temp != NULL)&&(ID != temp ->getStoreID()))

   {
       back=temp;
       temp=temp->m_pNext;
   }

if(temp==NULL)
return NULL;

else if(back==NULL)
   {
       m_pHead = m_pHead ->m_pNext;
       return temp;
   }

else

   {
       back -> m_pNext = temp-> m_pNext;
       return temp;
   }

return NULL;

}

Store *CustomerList::getStore(int ID)

{

Store *temp;

temp = m_pHead;

while((temp != NULL) && (ID != temp ->getStoreID()))

   {
           temp = temp->m_pNext;
   }

       if(temp == NULL)
       return NULL;

else

   {

       Store *retStore = new Store();
       *retStore = *temp;
       retStore->m_pNext = NULL;
       return retStore;

   }

}

bool CustomerList::updateStore(int ID, char *name, char *addr, char *city, char *st, char *zip)

   {
       Store *temp;
       temp = m_pHead;

           while((temp!= NULL)&&(ID != temp->getStoreID()))
           {
               temp = temp->m_pNext;
           }

               if(temp == NULL)
               {
                   return false;
               }

               else
               {
                       strcpy(temp->getStoreName(),name);
                       strcpy(temp->getStoreAddress(),addr);
                       strcpy(temp->getStoreCity(),city);
                       strcpy(temp->getStoreState(),st);
                       strcpy(temp->getStoreZip(),zip);
                       return true;
               }
          
          
   }

void CustomerList::printStoresInfo()

{

Store *temp;

if(m_pHead == NULL)

{
       cout << " The List is empty.\n" ;
}

   else

   {

   temp = m_pHead;

       while(temp != NULL)

       {
       temp->printStoreInfo();
       temp = temp->m_pNext;
       }

   }

}

Store.h

#pragma once;

#include
#include

using namespace std;

class Store
{
   private:
       int       m_iStoreID;
       char   m_sStoreName[64];
       char   m_sAddress[64];
       char   m_sCity[32];
       char   m_sState[32];
       char   m_sZip[11];

   public:
       Store   *m_pNext;

       Store();                       // Default constructor
       Store(int ID,                   // Constructor
           char *name,
           char *addr,
           char *city,
           char *st,
           char *zip);
       ~Store();                       // Destructor
       int getStoreID();               // Get/Set store ID
       void setStoreID(int ID);
       char *getStoreName();           // Get/Set store name
       void setStoreName(char *name);
       char *getStoreAddress();       // Get/Set store address
       void setStoreAddress(char *addr);
       char *getStoreCity();           // Get/Set store city
       void setStoreCity(char *city);
       char *getStoreState();           // Get/Set store state
       void setStoreState(char *state);
       char *getStoreZip();           // Get/Set store zip code
       void setStoreZip(char *zip);
       void printStoreInfo();           // Print all info on this store
};

Store.cpp

#include "Store.h"

#include

using namespace std;

Store::Store()
{
   m_pNext = NULL;
}

Store::Store(int ID, char *name, char *addr, char *city, char *st, char *zip)
{
   m_iStoreID = ID;
   strcpy(m_sStoreName, name);
   strcpy(m_sAddress, addr);
   strcpy(m_sCity, city);
   strcpy(m_sState, st);
   strcpy(m_sZip, zip);
   m_pNext = NULL;
}

Store::~Store()
{
   // Nothing to do here
}

int Store::getStoreID()
{
   return m_iStoreID;
}

void Store::setStoreID(int ID)
{
   m_iStoreID = ID;
}

char *Store::getStoreName()
{
   char *name = new char[strlen(m_sStoreName) + 1];
   strcpy(name, m_sStoreName);
   return name;
}

void Store::setStoreName(char *name)
{
   strcpy(m_sStoreName, name);
}

char *Store::getStoreAddress()
{
   char *addr = new char[strlen(m_sAddress) + 1];
   strcpy(addr, m_sAddress);
   return addr;
}

void Store::setStoreAddress(char *addr)
{
   strcpy(m_sAddress, addr);
}

char *Store::getStoreCity()
{
   char *city = new char[strlen(m_sCity) + 1];
   strcpy(city, m_sCity);
   return city;
}

void Store::setStoreCity(char *city)
{
   strcpy(m_sCity, city);
}

char *Store::getStoreState()
{
   char *state = new char[strlen(m_sState) + 1];
   strcpy(state, m_sState);
   return state;
}

void Store::setStoreState(char *state)
{
   strcpy(m_sState, state);
}

char *Store::getStoreZip()
{
   char *zip = new char[strlen(m_sZip) + 1];
   strcpy(zip, m_sZip);
   return zip;
}

void Store::setStoreZip(char *zip)
{
   strcpy(m_sZip, zip);
}

void Store::printStoreInfo()
{
   cout << m_iStoreID << setw(20) << m_sStoreName << setw(15) << m_sAddress
       << setw(15) << m_sCity << ", " << m_sState << setw(10) << m_sZip << "\n";
}

Employee Record.h

#pragma once
#include "CustomerList.h"
class EmployeeRecord
{
private:
int m_iEmployeeID;
char m_sLastName[32];
char m_sFirstName[32];
int m_iDeptID;
double m_dSalary;
         
public:
     
           CustomerList *getCustomerList();
           CustomerList *m_pCustomerList;

           //The default constructor
EmployeeRecord();

       EmployeeRecord(int ID, char *fName, char *lName, int dept, double sal);

  
~EmployeeRecord();

int getID();

  
void setID(int ID);

  
void getName(char *fName, char *lName);

  
void setName(char *fName, char *lName);

int getDept();

void setDept(int d);

double getSalary();

void setSalary(double sal);

void printRecord();

         
};

Employee Record.cpp

#include
#include "EmployeeRecord.h"
#include "CustomerList.h"

using namespace std;

//Default Constructor

EmployeeRecord::EmployeeRecord()
{

// The default constructor shall set the member variables to the following
m_iEmployeeID = 0;
m_sFirstName[0] = '\0';
m_sLastName[0] = '\0';
m_iDeptID = 0;
m_dSalary = 0.0;
}

EmployeeRecord::EmployeeRecord(int ID, char *fName, char *lName, int dept, double sal)
{

  
strcpy(m_sFirstName, fName);
strcpy(m_sLastName, lName);

m_iEmployeeID = ID;
m_iDeptID = dept;
m_dSalary = sal;
fName = NULL;
lName = NULL;
}

// Default Desctrutor

EmployeeRecord::~EmployeeRecord()
{
   delete m_pCustomerList;
}

int EmployeeRecord:: getID()
{
return m_iEmployeeID;

}

void EmployeeRecord::setID(int ID)
{
  
m_iEmployeeID = ID;

}

void EmployeeRecord::getName(char *fName, char *lName)
{
  

strcpy(fName, m_sFirstName);
strcpy(lName, m_sLastName);
  

}

void EmployeeRecord::setName(char *fName, char *lName)
{
  
strcpy(m_sFirstName, fName);
strcpy(m_sLastName, lName);

}

int EmployeeRecord::getDept()
{
  
return m_iDeptID;
  
}

void EmployeeRecord::setDept(int d)
{
m_iDeptID = d;
  
}

double EmployeeRecord::getSalary()
{
  
return m_dSalary;
  

}

void EmployeeRecord::setSalary(double sal)
{
  
m_dSalary = sal;

}

void EmployeeRecord::printRecord()
{

cout << "ID: " << m_iEmployeeID << "\t";
   cout << "\tName: " << m_sLastName << " , " << m_sFirstName << "\t";
   cout << "\tDept: " << m_iDeptID << "\t" << "\t";
   cout << "Salary: $" << m_dSalary << "\t" << endl << endl;

}

CustomerList *EmployeeRecord::getCustomerList()
{
   CustomerList *m_pCustomerList = new CustomerList();
   return m_pCustomerList;
}

MainProgram.cpp

#include
#include "EmployeeRecord.h"
#include
using namespace std;

int main()
{

   int employee_id = 100, dept_id = 42, IDNum;
   char fname [32];
   char lname [32];
   double salary = 65000;
   double salaryp;
   double *p_salary ;

   salaryp = 65000;
   p_salary = &salaryp;

   //=========================================================================EmployeeRecord Testing==========================================================================================
      
   EmployeeRecord *Employee1 = new EmployeeRecord(dept_id, fname, lname, dept_id, salary);
   Employee1->setID(employee_id);
   Employee1->setName("John", "Doe");
   Employee1->setDept(42);
   Employee1->setSalary(salary);

   IDNum = Employee1-> getID();
   Employee1->getName(fname,lname);
   Employee1->getDept();
   Employee1->getSalary();

   if(IDNum == employee_id)
       //Test Successful
   if((strcmp(fname, "John") == 0)&&(strcmp(lname,"Doe") == 0))
       //Test Successful
   if(dept_id == 42)
       //Test Successful
   if(*p_salary == salary)
       //Test Successful
     
   Employee1->printRecord();

   Employee1->setID(456);
   Employee1->setName("Jane", "Smith");
   Employee1->setDept(45);
   Employee1->setSalary(4000);

   IDNum = Employee1-> getID();
   Employee1->getName(fname,lname);
   Employee1->getDept();
   Employee1->getSalary();

   if(IDNum == 456)
       //Test Successful
   if((strcmp(fname, "Jane") == 0)&&(strcmp(lname,"Smith") == 0))
       //Test Successful
   if(dept_id == 45)
       //Test Successful
   if(*p_salary == 4000)

   Employee1->printRecord();

   //=====================================Customer List Testing====================================

   cout <<"\n===============================================================================================================" << endl;
   cout <<"   Adding stores to the list " << endl;
   cout <<"===============================================================================================================" << endl << endl;

     
   CustomerList *cl = Employee1 ->getCustomerList();
   //----Testing the addStore, and printStoresInfo functions:--------------------------------------
   Store *s = new Store(4567,"A Computer Store", "1111 Main St." ,"West City" ,"Alabama", "12345");
   Store *s1 = new Store(7654,"Jones Computers", "1234 Main St." ,"North City" ,"Alabama", "54321");
   Store *s2 = new Store(1234, "Smith Electronics", "2222 2nd St." ,"Eastville", "Alabama","12346");

     
   cout <<"Calling printStoresInfo() after adding one store to list."<< endl;
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> addStore(s);
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;

   cout <<"Calling printStoresInfo() after adding second store to list."<< endl;
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> addStore(s1);
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl<< endl;
  
   cout <<"Calling printStoresInfo() after adding third store to list."<< endl;
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> addStore(s2);
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;

   //---Testing the get store function:---------
   Store *s3 = NULL;
   s3=cl->getStore(1234);

   if((s3 != NULL) && (s3->getStoreID() == 1234))
       cout << "Testing getStore(1234)...successful" << endl;

   Store *s4 = NULL;
   s4=cl->getStore(7654);

   if((s4 != NULL) && (s4->getStoreID() == 7654))
       cout << "Testing getStore(7654)...successful" << endl;

      
      
         
   cout << "Testing getStore(9999)..." << endl;
       Store *s9 = NULL;
       s9 = cl->getStore(9999);
       if(s9 == NULL)
       cout << "getStore() correctly reported failure to find the store." << endl;
   //-------------------------------------------
  
     
   //---Testing updateStore Function: ----------------------------------------------------------------------
   bool chk = cl->updateStore(1234, "hello", "1111 TestAddress", "TestCity", "TestState", "TestZip");
   if(chk)
   {
   cout <<"\n===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
       cl ->printStoresInfo();
   cout <<"===============================================================================================================" << endl;
   }
   else
       cout << "updateStore test failed\n";

   bool chk1 = cl -> updateStore(9999, "NoName", "1111 NoAddress", "NoCity", "NoState", "NoZip");

   if(!chk1)
       cout << "updateStore negative test passed.\n";
   else
       cout << "updateStore negative test failed.\n";
   //---------------------------------------------------------------------------------------------------------
     
     

   //--Testing the removeStore function-------------------------------------------------------------------------------------------------

   Store *s5;

   s5 = cl ->removeStore(4567);
   if(s5 == NULL)

       Store *s5 = cl -> removeStore(4567);

       if(( s5 != NULL) && (s5->getStoreID() == 4567))
     
   cout << "\nRemoving store 4567 from the list...successful" << endl;
   cout << "Calling printStoresInfo after deleting a store from the head of the list." << endl;
   cout <<"===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;

   Store *s6;

   s6 = cl ->removeStore(1234);
   if(s6 == NULL)

   Store *s6 = cl -> removeStore(1234);

   if(( s6 != NULL) && (s6->getStoreID() == 1234))
     
   cout << "\nRemoving store 1234 from the list...successful" << endl;
   cout << "Calling printStoresInfo after deleting a store from the head of the list." << endl;
   cout <<"===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;
     
     
   Store *s7;

   s7 = cl ->removeStore(7654);
   if(s7 == NULL)

       Store *s7 = cl -> removeStore(7654);

       if(( s7 != NULL) && (s7->getStoreID() == 7654))
     
   cout << "\nRemoving store 7654 from the list...successful" << endl;
   cout << "Calling printStoresInfo after deleting a store from the head of the list." << endl;
   cout <<"===============================================================================================================" << endl;
   cout << "   Stores in List " << endl;
   cout <<"===============================================================================================================" << endl;
   cl -> printStoresInfo();
   cout <<"===============================================================================================================" << endl << endl;
       //---------------------------------------------------------------------------------------------------------------------------------------

       //---Testing the destructor-----------------
       EmployeeRecord *e = new EmployeeRecord();

       delete e;
       //------------------------------------------
      

   system ("pause");
   return 0;
}

There are many ongoing research projects that have been conducted that have traced the
individual pathways of nerves in the brain (where they start, where they end, and the path
taken). Considering the analogy of the nerves as highways, is this useful or not? Why?

Assume a mutual fund owns 2,500 shares of Goldman Sachs, trading at $66.25, 1,500 shares of Amazon, currently trading at $61.75, and 2,000 shares of Apple, trading at $18.50 on day 1. The mutual fund has no liabilities and 15,000 shares outstanding held by investors.

a. What is the NAV of the fund?

b. Calculate the change in the NAV of the fund if the next day Goldman Sachs’ shares increase to $69, Amazon’s shares increase to $65, and Pfizer’s shares decrease to $15.50.

c. Assume that on Day 1, 750 additional investors buy one share each of the mutual fund at the NAV obtained in part a) equal to $Y. This means that the fund manager has 750 * Y additional funds to invest. The fund manager decides to use these additional funds to buy additional shares in Amazon. Calculate next day’s NAV given the same rise in share values as calculated in part b.

Question 1

2C2 H4 + 02 -- > 2C2 H40

Ethylene oxide is produced by the catalytic oxidation of ethylene. The feed into the reactor contains 1700 g/min ethylene and 3700 moles/min air.

a.      What is the limiting reactant?

b.      What is the extent of reaction if only 81% of the limiting reactant is converted to the product?

c.       What is the molar composition of the product stream?

Question 2

Air at 95 °F can hold maximum of 3.52 wt% water, defined as 100% humidity at 95°F. On a hot humid day the temperature is 95°F and the air contains 3.2 wt% water (90.9 % humidity). The air cooled to 68 °F because air at 68 °F can hold a maxium of 1.44 wt% water ( i.e 100% humidity at 68 °F), water condenses from the air. Hot humid air (95°F, 90.9% humidity) flows into a cooler at a rate of 154 .0 Kg/min. Calculate the flow rate of 2 streams leaving the cooler:

a.      Air at 68°F and 1OO% humidity (stream 1: air leaving the cooling unit)

b.      Water condensed from the air (stream 2: water leaving the cooling unit)

c.       What is the degree of freedom for the cooling unit

Question 3

A mixture of organic solvents containing 45.0 mole o/o xylene, 25.0o/o toluene, and the balance benzene (X) is fed to a distillation column. The bottom product contains 98.0 mole% xylene and no benzene, and 96.0°/o of the xylene in the feed is recovered in this stream. The overhead product is fed to a second distillation column. The overhead product from the second column contains 97.0o/o of the benzene in the feed to this column. The composition of this stream i 94.0 mole% benzene and the balance toulene.

a)      Draw and label a flow chart for the process

b)      Calculate the unknown process variables

c)      The percentage of the benzene in the process feed (i.e. the feed to the first column) that emerge ,in the overhead product from the second column.

d)      The percentage of toluene in the process feed that emerges in the bottom product from the second column.

If anybody can solve these questions I would rally appreciate it.

The following information is available to reconcile Branch Company’s book balance of cash with its bank statement cash balance as of July 31, 2017.

1. On July 31, the company’s Cash account has a $24,752 debit balance, but its July bank statement shows a $27,080 cash balance.
2. Check No. 3031 for $1,520 and Check No. 3040 for $752 were outstanding on the June 30 bank reconciliation. Check No. 3040 is listed with the July canceled checks, but Check No. 3031 is not. Also, Check No. 3065 for $536 and Check No. 3069 for $2,288, both written in July, are not among the canceled checks on the July 31 statement.
3. In comparing the canceled checks on the bank statement with the entries in the accounting records, it is found that Check No. 3056 for July rent expense was correctly written and drawn for $1,280 but was erroneously entered in the accounting records as $1,270.
4. The July bank statement shows the bank collected $7,500 cash on a noninterest-bearing note for Branch, deducted a $38 collection expense, and credited the remainder to its account. Branch had not recorded this event before receiving the statement.
5. The bank statement shows an $805 charge for a $795 NSF check plus a $10 NSF charge. The check had been received from a customer, Evan Shaw. Branch has not yet recorded this check as NSF.
6. The July statement shows a $11 bank service charge. It has not yet been recorded in miscellaneous expenses because no previous notification had been received.
7. Branch’s July 31 daily cash receipts of $8,652 were placed in the bank’s night depository on that date but do not appear on the July 31 bank statement.

Required:

1. Prepare the bank reconciliation for this company as of July 31, 2017.

2. Prepare the journal entries necessary to bring the company’s book balance of cash into conformity with the reconciled cash balance as of July 31, 2017. (If no entry is required for a transaction/event, select "No journal entry required" in the first account field.)