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last date: 14 June 2012



#include<iostream.h>
#include<stdlib.h>
{

// class customer

class customer{
public:
{
void display();
void cus_name(char);
void cus_id(int);
void spending(int);
char getcus_name();
int getcus_id();
int getspending();
}
customer();
customer(int,int,int);
~customer();
int Noname;
int cus_id=0;
int spending =0;
private:
{
char cus_name;
int cus_id,spending;
};
customer::customer();
{
cus_name=NOname;
cus_id=0
spending=0;
cout<<"the defult constructor is called"<<endl;
}
customer::customer(char cus_name,int cus_id);
{
cus_name=Noname;
cus_id=0;
spending=0;
}
}
customer::customer(char cus_name, int cus_id, int spending)
{
cus_name = Noname;
cus_id = 0;
spending = 0;
}

void customer::display()
{
cout << "The customer is " << getcus_name() << "-" << getcus_id() << "-" <<spending()<< endl;
}

void cus_name::setcus_name(char cus_name)
{
cus_name = Noname;
}

void cus_id::setcus_is(int i)
{
cus_id = i;
}

void spending::setspending(int i)
{
spending= i;
}

int cus_name::getcus_name()
{
return cus_name;
}

int cus_id::getcus_id()
{
return cus_id;
}

int spending::getspending()
{
return spending;
}

customer.
int main()
{
return day;
}

int Date::getMonth()
{
return month;
}

int Date::getYear()
{
return year;
}

date.
int main()
{
customer *cusptr;
cuspyr= new customer[3];


customer1.display();
customer2.display();
customer3.display();
}
}

....................

#include <iostream.h>
#include <stdlib.h>
class Customer
{public:
void display();void setName(char [20]);
void setCustomer_id(int i);
void setSpending(int i);int getName();
int getCustomer_id();
int getSpending();
Customer();
//Customer(char[20], int, int);
//Customer(char[20], int, int);
~Customer ();
private:int FnlBill;
int customer_id;
int spending;
char name[20];friend float dis1FnlBill ( Customer ) ;
friend float dis2FnlBill ( Customer ) ;
friend float dis3FnlBill ( Customer ) ;
};// defining the constructor
// default constructor. setting the date to a default date
Customer::Customer()
{
name= 'N' ;
customer_id = 0;
spending = 0;
}
// Constructors with three arguments
Customer::Customer(char thename, int thecustomer_id , int thespending)
{
name = thename;
customer_id = thecustomer_id;
spending = thespending;
//cout "The constructor with two arguments is called" endl ;
}
//Destructor
Customer::~Customer(){
cout "The object has destroyed" endl;
}// The display function of the class date
void Customer::display()
{
cout "The date is " getName() "-" getCustomer_id() "-" getSpending()
endl;
}
// setting the value of the day
void Customer::setName(char[20])
{
name = M_ali;
}
// setting the value of the month
void Customer::setCustomer_id(int i)
{customer_id = i;
}
// setting the value of the year
void Customer::setSpending(int i)
{
spending = i;
}
// getting the value of the day
int Customer::getName()
{
return name;
}
// getting the value of the month
int Customer::getCustomer_id()
{
return customer_id;
}
// getting the value of the year
int Customer::getSpending()
{
return spending;
}
/* Main program. We will take three date objects using the three constructors
(default, two arguments and three arguments and display the date.
*/
// Friend function definition
void FnlBill(Customer *d, int )
{
//d->FnlBill ; // Modify private data
}
// showing the use of the friend function
int main()
{


Customer Bill1, Bill2(a,2,3), Bill3(d,5,6); // taking objects of Date class// displaying the dates on the screen
Bill1.display();Customer *aptr; // Declared a pointer dptr to MyPointer class object
aptr = new Customer [1]; // Created 10 objects of MyDate and assigned the
// pointer to the first object to dptr pointer variable.
delete [] aptr; // Deleted (freed) the assigned memory to the objectsBill2.display();
Customer *bptr; // Declared a pointer dptr to MyPointer class object
bptr = new Customer [1]; // Created 10 objects of MyDate and assigned the
// pointer to the first object to dptr pointer variable.
delete [] bptr; // Deleted (freed) the assigned memory to the objects
char name[20];
int customer_id;
int spending;
cout "Enter Customer Name" endl;
cin >> name ;
cout "Enter Customer customer_id" endl;
cin >> customer_id ;
cout "Enter Customer spendings" endl;
cin >> spending ;Bill3.display();
Customer *cptr; // Declared a pointer dptr to MyPointer class object
cptr = new Customer [1]; // Created 10 objects of MyDate and assigned the
// pointer to the first object to dptr pointer variable.
delete [] cptr; // Deleted (freed) the assigned memory to the objects
/*float spend,;cout "Please enter total spendings " ;
endl;
cin >> spend;if ( spend < 5000 )
{
cout "The Bill is : " dis1FnlBill(Bill3(4,5,6)) endl;
}else if (spend => 5000 && < 10000)
{
cout "The Bill is : " dis2FnlBill(Bill3(4,5,6)) endl;
}
else if ( spend => 10000 )
{
cout "The Bill is : " dis3FnlBill(Bill3(4,5,6)) endl;
}else
{
cout "Pleae epend some thing" endl;
}
Customer *cptr; // Declared a pointer dptr to MyPointer class object
cptr = new Customer [1]; // Created 10 objects of MyDate and assigned the
// pointer to the first object to dptr pointer variable.
delete [] cptr; // Deleted (freed) the assigned memory to the objects//display();*/
system ("pause");
}
/*
float dis1FnlBill ( Bill3(4,5,6))
{
return ( (spend+(5/spend*100))-(1/spend*100)); // Addition of tax

}
float dis2FnlBill ( Bill3(4,5,6))
{
return ( (spend+(10/spend*100))-(2/spend*100)); // Addition of tax
}
float dis3FnlBill ( Bill3(4,5,6))
{
return ( (spend+(15/spend*100))-(3/spend*100)); // Addition of tax
}
..............................
#include <iostream.h>
#include <stdlib.h>
class Customer
{
public:
void display();
void setName(int i);
void setCustomer_id(int i);
void setSpending(int i);
int getName();
int getCustomer_id();
int getSpending();
Customer();
Customer(int, int , int);
~Customer ();
private:
int FnlBill;
int customer_id;
int spending;
int name;
friend float dis1FnlBill(Customer );
friend float dis2FnlBill(Customer );
friend float dis3FnlBill(Customer );
};
Customer::Customer()
{
name= 0;
customer_id = 0;
spending = 0;
}

Customer::Customer(int thename, int thecustomer_id , int thespending)
{
name = thename;
customer_id = thecustomer_id;
spending = thespending;

}
Customer::~Customer()
{
}
void Customer::display()
{
cout getName() getCustomer_id() getSpending();
}
void Customer::setName(int i)
{
name = i ;
}
void Customer::setCustomer_id(int i)
{
customer_id = i;
}
void Customer::setSpending(int i)
{
spending = i;
}

int Customer::getName()
{
return name;
}
int Customer::getCustomer_id()
{
return customer_id;
}
int Customer::getSpending()
{
return spending;
}
void FnlBill(Customer *d, int )
{
// d->FnlBill ; // Modify private data
}

int main()
{

Customer Bill1, Bill2(1,2,3), Bill3(4,5,6); // taking objects of Date class
Bill1.display();
Customer *aptr;
aptr = new Customer [1];
delete [] aptr;
Bill2.display();
Customer *bptr;
bptr = new Customer [1];
delete [] bptr;
int name;
int customer_id;
int spending;
cout<<"Enter Customer Name"<<endl;
cin >> name ;
cout<<"Enter Customer customer_id"<<endl;
cin >> customer_id ;
cout<<"Enter Customer spendings"<<endl;
cin >> spending ;
Bill3.display();
Customer *cptr;
cptr = new Customer [1];
delete [] cptr;
/*float spend,;
cout "Please enter total spendings " ;
endl;
cin >> spend;
if ( spend < 5000 )
{
cout "The Bill is : " dis1FnlBill(Bill3(4,5,6)) endl;
}
else if (spend => 5000 && < 10000)
{
cout "The Bill is : " dis2FnlBill(Bill3(4,5,6)) endl;
}
else if ( spend => 10000 )
{
cout "The Bill is : " dis3FnlBill(Bill3(4,5,6)) endl;
}
else
{
cout "Pleae epend some thing" endl;
}
Customer *cptr; // Declared a pointer dptr to MyPointer class object
cptr = new Customer [1]; // Created 10 objects of MyDate and assigned the
// pointer to the first object to dptr pointer variable.
delete [] cptr; // Deleted (freed) the assigned memory to the objects
//display();*/
system ("pause");
}
/*
float dis1FnlBill ( Bill3(4,5,6))
{
return ( (spend+(5/spend*100))-(1/spend*100)); // Addition of tax
}
float dis2FnlBill ( Bill3(4,5,6))
{
return ( (spend+(10/spend*100))-(2/spend*100)); // Addition of tax
}
float dis3FnlBill ( Bill3(4,5,6))
{
return ( (spend+(15/spend*100))-(3/spend*100)); // Addition of tax
}
*/

SOC101 VU Current GDB Spring 2012, last date 15 June 2012

Migration shapes the demographic framework of any society. It affects the social framework as well. Mostly men migrate for economic wellbeing and stay away from their family members. In this perspective women are supposed to play a changing and significant role. Comment with logical approach.

2.  How competitors of KFC help in making an idea of Big Filler? Was it market intelligence or market research which helped KFC to take this decision?
Ans: It was Market research that KFC help in making an idea of Big Filler as KFC was facing severe competition from its competitor regarding size of the burger e.g.  BIG MAC Burger by McDonald, Foot Long Burger by Subway etc. The crux of the task was to design a campaign  where KFC could stand out among competitors by offering something unique and out of the box. Therefore KFC’s product development team came up with a new idea of introducing “KFC Big Filler Burger”

KFC conducted a research that what the competitors  are  doing  in  this  regards.  Research findings show that Big Mac by Mac Donald and Big  Foot by Subway, have  received  a  tremendous  response from the market; especially from  those customers who are focusing on the size of   the   product.   For that   KFC   has developed a new product with the name of Big Filler burger. After the launch of this  product,  they
again  conducted  a research and  tried  to explore the response of the customer regarding some particular attributes of the  product

8 June 2012:
















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9 June 2012:






















13 June 2012