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3 years ago

Which of the following actions can NEGATIVELY impact your credit score?

1 answer:

3 0

The answer to the question stated above is "<span>forget to pay the cable bill"
>Payment history influences your credit score the most.

Here are the following choices to this question:
</span><span> A-dispute an item on your credit report
B- forget to pay the cable bill
C- pay all bills in cash
D- use small amount of your available credit</span>

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Write an application program in C++ to implement a class Fibonacci to print Fibonacci series upto N using member function series

fiasKO [112]

Answer:

Program approach:-

Using the header file.
Using the standard namespace I/O.
Define the main function.
Display the number of terms.
Display the Fibonacci series.
Print the first two numbers.

Explanation:

Program:-

//header file

#include <iostream>

//using namespace

using namespace std;

//main function

int main() {

int n, s1 = 0, s2 = 1, nextTerm = 0;

//display the number of terms

cout << "Enter the number of terms: ";

cin >> n;

//display the Fibonacci series

cout << "Fibonacci Series: ";

for (int j = 1; j <= n; ++j) {

// Prints the first two terms.

if(j == 1) {

cout << s1 << ", ";

continue;

}

if(j == 2) {

cout << s2 << ", ";

continue;

}

nextTerm = s1 + s2;

s1 = s2;

s2 = nextTerm;

cout << nextTerm << ", ";

}

5 0

3 years ago

During your research, you also come across a Web site on hybrid cars. The Web site explains buying incentives and offers several

Arte-miy333 [17]

Answer: To persuade or change the thinking or actions of others

7 0

3 years ago

Local area networks use many of the same network technologies and the Internet, only on a smaller scale. Devices that access LAN

enot [183]

Answer:

Fill in the gaps accordingly in the order below.

Explanation:

-Controller

-Media Access Control

-Ethernet

- WiFi

-Mesh

-Password

-SSID

-Encryption

-Guest

-DHCP

-Key

-Low

5 0

3 years ago

Which layer of the OSI reference model is responsible for ensuring flow control so that the destination station does not receive

Nady [450]

Answer: The Transport Layer of the OSI reference model is responsible for ensuring flow control so that destination station does not receive more packets that it can process at any given time.

Explanation: This is because;

The transport layer is the fourth layer in the OSI layered architecture which builds on the network layer to provide data transport that moves from a process on a source machine to a process on a destination machine. It is hosted using single or multiple networks, and very responsible for reliable data delivery ensuring packets are delivered in sequence, error-free and with little or no duplication or losses.

Since Transport layer helps one to control the reliability of a link through flow control, error control, and segmentation or desegmentation, It determines how much data should be sent where and at what rate.

The transport layer also offers an acknowledgment of the successful data transmission and sends the next data in case no errors occurred. TCP (Transmission Control Protocol )is the best-known example of the transport layer. Transport layers also retransmit messages if they arrive with errors.

8 0

3 years ago

Create a class HugeInteger which uses a vector of digits to store huge integers. A HugeInteger object has a sign that indicates

Elan Coil [88]

Answer:

#include "hugeint1.h"

#include

using namespace std;

int main()

{

HugeInteger n1( 7654321 );

HugeInteger n2( 7891234 );

HugeInteger n3;

HugeInteger n4( 5 );

HugeInteger n5;

n5 = n1.add( n2 );

n1.output();

cout << " + "; n2.output();

cout << " = "; n5.output();

cout << "\n\n";

n5 = n2.subtract( n4 );

n2.output();

cout<< " - "; n4.output();

cout << " = "; n5.output();

cout << "\n\n";

if ( n1.isEqualTo( n1 ) == true )

{

n1.output();cout << " is equal "; n1.output(); cout << "\n\n";

}

if ( n1.isNotEqualTo( n2 ) == true )

{

n1.output();cout << " is not equal to ";n2.output();cout << "\n\n";

}

if ( n2.isGreaterThan( n1 ) == true )

{

n2.output();cout << " is greater than ";n1.output();cout <<"\n\n";

}

if ( n2.isLessThan( n4 ) == true )

{

n4.output();cout << " is less than ";n2.output();cout << "\n\n";

}

if( n4.isLessThanOrEqualTo( n4 ) == true )

{

n4.output();cout << " is less than or equal to ";n4.output();

cout << "\n\n";

}

if ( n3.isGreaterThanOrEqualTo( n3 ) == true )

{

n3.output();cout << " is greater than or equal to ";n3.output();

cout << "\n\n";

}

if ( n3.isZero() != true )

{

cout << "n3 contains value ";n3.output();cout << "\n\n";

}

return 0;

}

//class definitions

#ifndef HUGEINT1_H

#define HUGEINT1_H

class HugeInteger {

public:

HugeInteger( long = 0 );

HugeInteger add( const HugeInteger & );//addition operator; HugeInt + HugeInt

HugeInteger subtract( const HugeInteger & );//subtraction operator; HugeInt - HugeInt

bool isEqualTo( HugeInteger & );

bool isNotEqualTo( HugeInteger & );

bool isGreaterThan(HugeInteger & );

bool isLessThan( HugeInteger & );

bool isGreaterThanOrEqualTo( HugeInteger & );

bool isLessThanOrEqualTo( HugeInteger & );

bool isZero();

void output();

short* getInteger()

{

return integer;

}

private:

short integer[ 40 ];

};

#endif

//implemetations

#include using std::cout;

#include "hugeint1.h"

HugeInteger::HugeInteger( long value )

{

for ( int i = 0; i < 40; i++ )

integer[ i ] = 0;

for ( int j = 39; value != 0 && j >= 0; j-- )

{

integer[ j ] = value % 10;

value /= 10;

}

HugeInteger HugeInteger::add( const HugeInteger &op2 )

{

HugeInteger temp;

int carry = 0;

for ( int i = 39; i >= 0; i-- ) {

temp.integer[ i ]=integer[ i ] + op2.integer[ i ] + carry;

if ( temp.integer[ i ] > 9 ){

temp.integer[ i ] %= 10; // reduce to 0-9

carry = 1;

} else{

carry = 0;

}

return temp;

}

void HugeInteger::output()

{

int i;

for ( i = 0; ( integer[ i ] == 0 ) && ( i <= 39 ); i++ );

if ( i == 40 )

cout << 0;

else

for ( ; i <= 39; i++ )

cout << integer[ i ];

}

HugeInteger HugeInteger::subtract( const HugeInteger &op2 )

{

HugeInteger temp;

int borrow = 0;

for ( int i = 39; i >= 0; i-- ){

if ( integer[i] < op2.integer[i] ){

temp.integer[ i ]=(integer[i]+10)-op2.integer[i]- borrow;

borrow = 1;

} else {

temp.integer[ i ]=integer[i] - op2.integer[ i ] - borrow;

borrow = 0;

}

return temp;

}

bool HugeInteger::isEqualTo( HugeInteger &x ){

return integer == x.getInteger();

}

bool HugeInteger::isNotEqualTo( HugeInteger &x )

{ return !( this->isEqualTo( x ) ); }

bool HugeInteger::isGreaterThan( HugeInteger &x )

{ return integer < x.getInteger(); }

bool HugeInteger::isLessThan( HugeInteger &x )

{ return integer > x.getInteger(); }

bool HugeInteger::isGreaterThanOrEqualTo( HugeInteger &x )

{ return integer <= x.getInteger(); }

bool HugeInteger::isLessThanOrEqualTo( HugeInteger &x )

{ return integer >= x.getInteger(); }

bool HugeInteger::isZero()

{ return ( getInteger() == 0 ); }

//main file

#include

using std::cout; using std::endl;

#include "hugeint1.h"

int main()

{

HugeInteger n1( 7654321 );

HugeInteger n2( 7891234 );

HugeInteger n3;

HugeInteger n4( 5 );

HugeInteger n5;

n5 = n1.add( n2 );

n1.output();

cout << " + "; n2.output();

cout << " = "; n5.output();

cout << "\n\n";

n5 = n2.subtract( n4 );

n2.output();

cout<< " - "; n4.output();

cout << " = "; n5.output();

cout << "\n\n";

if ( n1.isEqualTo( n1 ) == true )

{n1.output();cout << " is equal "; n1.output(); cout << "\n\n";}

if ( n1.isNotEqualTo( n2 ) == true )

{n1.output();cout << " is not equal to ";n2.output();cout << "\n\n";}

if ( n2.isGreaterThan( n1 ) == true )

{n2.output();cout << " is greater than ";n1.output();cout <<"\n\n";}

if ( n2.isLessThan( n4 ) == true )

{n4.output();cout << " is less than ";n2.output();cout << "\n\n";}

if( n4.isLessThanOrEqualTo( n4 ) == true )

{n4.output();cout << " is less than or equal to ";n4.output();

cout << "\n\n";}

if ( n3.isGreaterThanOrEqualTo( n3 ) == true )

{n3.output();cout << " is greater than or equal to ";n3.output();

cout << "\n\n";}

if ( n3.isZero() != true )

{cout << "n3 contains value ";n3.output();cout << "\n\n";}

return 0;

}

Explanation:

The HughInteger class is a C++ class created to instantiate a vector object of both negative and positive integer values. It has the aforementioned methods in the code above that is used to interact with the several vector objects created from the class.

3 0

3 years ago