Question about Computers & Internet

Here's a nice article with some examples.

http://www.tbray.org/ongoing/When/200x/2003/03/22/Binary

And another - examples at the end of long boring explanations:

http://en.wikipedia.org/wiki/Binary_search

If you still have problems, tell me what language you're using.

Posted on Jul 18, 2008

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Posted on Jan 02, 2017

Let's do the preocess so it will work on any calculator.

As an example, convert 68 from decimal to binary.

The decimal columns are 10^0, 10^1, 10^2, 10^3, etc.

The binary columns are 2^0, 2^1, 2^2, 2^3, etc.

Flipping to the normal left to right, we get 2^6, 2^5, 2^4, 2^3, 2^2, 2^1, 2^0.

64 32 16 8 4 2 1

We divide our number, 68, by 64, and get 1 with a remainder of 4. We next divide our remainder by 32, 16, 8, and finally 4, where we get 1 with no reminder.

In binary, this works out to 1000100. To check, we multiply the ones by the respective column values and get 64 + 4 = 68.

Good luck.

Paul

As an example, convert 68 from decimal to binary.

The decimal columns are 10^0, 10^1, 10^2, 10^3, etc.

The binary columns are 2^0, 2^1, 2^2, 2^3, etc.

Flipping to the normal left to right, we get 2^6, 2^5, 2^4, 2^3, 2^2, 2^1, 2^0.

64 32 16 8 4 2 1

We divide our number, 68, by 64, and get 1 with a remainder of 4. We next divide our remainder by 32, 16, 8, and finally 4, where we get 1 with no reminder.

In binary, this works out to 1000100. To check, we multiply the ones by the respective column values and get 64 + 4 = 68.

Good luck.

Paul

Feb 28, 2016 | Casio FX-85GT Plus Scientific Calculator...

That appears to be an intermediate question in a programming class. Best read the book, the answer is not what is important the process of getting the answer is what you are trying to learn.

May 17, 2017 | Office Equipment & Supplies

1) Look at the following numbers before trying to convert binary to decimal. Each of them represent the value in a binary number from left to right.

128-64-32-16-8-4-2-1

2) Look at your binary number, for this example lets use 10010010. For each one add the corresponding number from step 1, the number you come out with is the conversion.

So: 10010010 -> 128+16+2 -> 146

10010010 = 146

128-64-32-16-8-4-2-1

2) Look at your binary number, for this example lets use 10010010. For each one add the corresponding number from step 1, the number you come out with is the conversion.

So: 10010010 -> 128+16+2 -> 146

10010010 = 146

Jul 03, 2011 | Office Equipment & Supplies

You could do this by creating two arrays as such:

int firstArray[5]; int secondArray[5]

and then the sum variable:

int sum = 0;

then you could do a for loop to find the sum of the second array:

int firstArray[5]; int secondArray[5]

and then the sum variable:

int sum = 0;

then you could do a for loop to find the sum of the second array:

Feb 22, 2011 | Microsoft Visual C++ Professional Edition...

first arrange your array in ascending order.and keep the two variables one for starting index and one for last index

then check your number with center(center = (first index + last index))/2 element of array.

if it is lager then center element then set first index = center,

if smaller then last index = center

else you got the number..

then check your number with center(center = (first index + last index))/2 element of array.

if it is lager then center element then set first index = center,

if smaller then last index = center

else you got the number..

Jul 25, 2010 | Borland Turbo C++ Suite 1.0...

Hi.

I suggest creating an Array of Cards (cardOne,cardTwo,etc. to five)

If you can enter them in one at a time, after declaring the array, assign the values to the array.

cin < cardOne; (Psuedo code by the way, hope you don't mind)

Afterwards, you'll have an array with 5 cards.

Declare what full houses, flushes, etc would require.

Use an if statement (If you don't mind lots of code) to compare the entered Array against possible hands.

I didn't necessarily give you any specific C++ code. However, if you Google C++ user input, you should find plenty of commands that may help you.

Good Luck

(And not sure about Linear search to be honest, you can use a Linear search, but if you did it the way I explained, you just have to compare hand to a series of conditionals.)

I suggest creating an Array of Cards (cardOne,cardTwo,etc. to five)

If you can enter them in one at a time, after declaring the array, assign the values to the array.

cin < cardOne; (Psuedo code by the way, hope you don't mind)

Afterwards, you'll have an array with 5 cards.

Declare what full houses, flushes, etc would require.

Use an if statement (If you don't mind lots of code) to compare the entered Array against possible hands.

I didn't necessarily give you any specific C++ code. However, if you Google C++ user input, you should find plenty of commands that may help you.

Good Luck

(And not sure about Linear search to be honest, you can use a Linear search, but if you did it the way I explained, you just have to compare hand to a series of conditionals.)

Sep 23, 2009 | Computers & Internet

This sounds like "homework".

A binary-search requires an "ordered" table of values.

Sort your values into the proper order.

LET TOP=1; * Point to first element in the table.

LET BOT=1000; * Point to the *LAST* item in the table.

LOOPHERE:

LET BINARY = 2;

LET MIDDLE=FLOOR((TOP+BOT)/BINARY);

IF VALUE(MIDDLE) = KEY THEN STOP;

IF KEY < VALUE(MIDDLE)

THEN TOP = MIDDLE;

ELSE BOTTOM = MIDDLE;

IF TOP = BOTTOM THEN STOP;

GOTO LOOPHERE;

END;

A binary-search requires an "ordered" table of values.

Sort your values into the proper order.

LET TOP=1; * Point to first element in the table.

LET BOT=1000; * Point to the *LAST* item in the table.

LOOPHERE:

LET BINARY = 2;

LET MIDDLE=FLOOR((TOP+BOT)/BINARY);

IF VALUE(MIDDLE) = KEY THEN STOP;

IF KEY < VALUE(MIDDLE)

THEN TOP = MIDDLE;

ELSE BOTTOM = MIDDLE;

IF TOP = BOTTOM THEN STOP;

GOTO LOOPHERE;

END;

Mar 08, 2009 | Microsoft Windows Vista Home Premium with...

Write a program to prompt the user to input several lines of input. A line of inputs is terminated by '*'. For each readline of input the program should output:(use pointer notation for the array)
. The total # of words
. The lenght of the longest word in the line
At the end the program should output:
. The total number of words read in all lines of input
. The lenght of the longest word read in all lines of input

Jan 19, 2009 | Computers & Internet

An array is a series of elements of the same type placed in contiguous memory locations that can be individually referenced by adding an index to a unique identifier

Initializing arrays. When declaring a regular array of local scope (within a function, for example), if we do not specify otherwise, its elements will not be initialized to any value by default, so their content will be undetermined until we store some value in them. The elements of global and static arrays, on the other hand, are automatically initialized with their default values, which for all fundamental types this means they are filled with zeros

include <iostream>

using namespace std;

int billy [] = {16, 2, 77, 40, 12071};

int n, result=0;

int main ()

{

for ( n=0 ; n<5 ; n++ )

{

result += billy[n];

}

cout << result;

return 0;

}

multidimensional array pseudo-multidimensional array #define WIDTH 5 #define HEIGHT 3 int jimmy [HEIGHT][WIDTH]; int n,m; int main () { for (n=0;n<HEIGHT;n++) for (m=0;m<WIDTH;m++) { jimmy[n][m]=(n+1)*(m+1); } return 0; } #define WIDTH 5 #define HEIGHT 3 int jimmy [HEIGHT * WIDTH]; int n,m; int main () { for (n=0;n<HEIGHT;n++) for (m=0;m<WIDTH;m++) { jimmy[n*WIDTH+m]=(n+1)*(m+1); } return 0; }

and now for trignometry

#include<iostream>

#include<cmath>

using namespace std;

int main()

{

int factorial(int);

int n = 3, i = 1;

double x, x2, b, PI, r;

char choice;

//r = x * (PI / 180)

cout<<"Please enter an angle value => ";

cin>>x;

cout<<"Is the angle value in Degree or Radian?"<<endl;

cout<<"Type D if its in degree "<<endl;

cout<<"Type R if its in radian "<<endl;

cin>>choice;

if((choice = 'R')||(choice = 'r'))

do{

i++; n = 3; x2 = 0; b = x2;

{

if(i == 1)

x2 = x - (pow(x,n) /factorial(n));

n = n + 2;

};

else

{

x2 = (x2 + ((pow(x,n)) /(factorial(n))) - (pow(x,n+2)) / (factorial(n+2)));

n = n + 4;

}

}while(abs(b - x2) > 0.000001);

else

//convert it to r

r = x * PI /180;

//cout<<"error occured/n";

cout<<"sin(x) = "<<x2<<endl;

return 0;

}

Initializing arrays. When declaring a regular array of local scope (within a function, for example), if we do not specify otherwise, its elements will not be initialized to any value by default, so their content will be undetermined until we store some value in them. The elements of global and static arrays, on the other hand, are automatically initialized with their default values, which for all fundamental types this means they are filled with zeros

include <iostream>

using namespace std;

int billy [] = {16, 2, 77, 40, 12071};

int n, result=0;

int main ()

{

for ( n=0 ; n<5 ; n++ )

{

result += billy[n];

}

cout << result;

return 0;

}

multidimensional array pseudo-multidimensional array #define WIDTH 5 #define HEIGHT 3 int jimmy [HEIGHT][WIDTH]; int n,m; int main () { for (n=0;n<HEIGHT;n++) for (m=0;m<WIDTH;m++) { jimmy[n][m]=(n+1)*(m+1); } return 0; } #define WIDTH 5 #define HEIGHT 3 int jimmy [HEIGHT * WIDTH]; int n,m; int main () { for (n=0;n<HEIGHT;n++) for (m=0;m<WIDTH;m++) { jimmy[n*WIDTH+m]=(n+1)*(m+1); } return 0; }

and now for trignometry

#include<iostream>

#include<cmath>

using namespace std;

int main()

{

int factorial(int);

int n = 3, i = 1;

double x, x2, b, PI, r;

char choice;

//r = x * (PI / 180)

cout<<"Please enter an angle value => ";

cin>>x;

cout<<"Is the angle value in Degree or Radian?"<<endl;

cout<<"Type D if its in degree "<<endl;

cout<<"Type R if its in radian "<<endl;

cin>>choice;

if((choice = 'R')||(choice = 'r'))

do{

i++; n = 3; x2 = 0; b = x2;

{

if(i == 1)

x2 = x - (pow(x,n) /factorial(n));

n = n + 2;

};

else

{

x2 = (x2 + ((pow(x,n)) /(factorial(n))) - (pow(x,n+2)) / (factorial(n+2)));

n = n + 4;

}

}while(abs(b - x2) > 0.000001);

else

//convert it to r

r = x * PI /180;

//cout<<"error occured/n";

cout<<"sin(x) = "<<x2<<endl;

return 0;

}

Mar 24, 2008 | ArcMedia JavaScript Source Code 3000 Pro...

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