Computer Programming

The suffix "path" comes from the Greek word "pátheia". "Pátheia" means suffering or feeling. It's used to describe people who have illnesses and those that treat illness.

The difference is that Americans generally say "oriented," while the British say "orientated." It means the same in either case.

It's about 720 Kb/s -that's bits, not bytes. By contrast a serial port will top out at 115 Kb/s and USB is 12 Mb/s.

Create a class called Invoice that a hardware store might use to represent an invoice for an item sold at the store. An Invoice should include four pieces of information as instance variables-a part number (type String), a part description (type String), a quantity of the item being purchased (type int) and a price per item (double). Your class should have a constructor that initializes the four instance variables. Provide a set and a get method for each instance variable. In addition, provide a method named getInvoiceAmount that calculates the invoice amount (i.e., multiplies the quantity by the price per item), then returns the amount as a double value. If the quantity is not positive, it should be set to 0. If the price per item is not positive, it should be set to 0.0. Write a test application named InvoiceTest that demonstrates class Invoice's capabilities. I need the code in Visual Basic.NET

It's the process of stepping through each node of a binary tree so that you reach each one at least once.

Binary tree traversal is special in that the output of the tree is sorted.

If you're looking for how it is done, I would highly recommend reading up on binary trees. It is easy to describe in pictures or code. I recommend against trying to get a description in text, it would only be confusing.

Len Kagamine (brother) and Rin Kagamine (sister) are vocal personas created by the Vocaloid 2 speech program and released on December 27, 2007. Kagamine means "mirror sound." The pitch of the voices corresponds roughly to 14-year-old individuals.

Bubble sort will be able to sort the items lexicographically, if you first assign the strings a relative value. The way strcmp in the C library does this is by returning the difference of the first different characters between the strings. For instance, if you call strcmp("Hello", "Highway"), strcmp will return 'e'-'i'. The ascii value of e on a unix system is 101 and the ascii value of i is 105, so it is returning the value 101-105 = -4 which will tell you that "Hello" is lexicographically smaller than "Highway". Doing this, you should be able to use any algorithm you want to sort the strings.

"Data integrity refers to the maintenance of, and the assurance of the accuracy and consistency of, data over its entire life-cycle, and is a critical aspect to the design, implementation and usage of any system which stores, processes, or retrieves data". Source: Wikipedia.

error reading

In computer design the geometrical objects are requried to visualise the algoritmic steps of problem domain.

math

Yes. That is 100% true. Microsoft and Linux will engage in an outright war on your computer. Basically, trying to simplify the term softwar, they both have distructive viruses in their code. Unfortunately for Microsoft, Linux has the better defence system and a better virus.

The null pointer assignment error means your program has attempted to access a memory address that does not belong to your program. This typically occurs when accessing memory indirectly through a pointer:

int* p = nullptr; *p = 42; // Error: null pointer assignment

The above is the classic example of this type of error. The null address is typically the all-zeroes address (0x0) but, regardless of the physical address, it must never be accessed because it is a system address. We typically refer pointers to the null address when they are no longer in use or we don't have an address we can (yet) assign to them.

Passing unchecked pointers to functions is another common cause:

void f (int* p) {

*p = 42; // potential error

// ...

}

In the above example there's no guarantee p refers to a non-system address. Although we can easily test p is non-null before accessing it, that won't guarantee p refers to a non-system address. However, we can greatly reduce the risk of error by passing memory address via references instead of pointers:

void f (int& r) {

r = 42;

// ...

}

There's still potential that r refers to a system address if the address were passed via a pointer, however there is seldom any need to use unchecked pointer variables in C++. References and resource handles (or smart pointers) eliminate the need for pointers and are actually more efficient than pointers because testing for null becomes largely redundant.

The only time we really need a pointer is when "no object" is a valid argument:

void f (int* p) {

if (p == nullptr) {

// the "no object" code

} else {

// code that operates on an object

}

}

LPT1 is a port found on older computers and some newer ones that you can connect a printer to. This port is a female connector with 25 pinholes.

The correctness of either Prim's or Kruskal's algorithm, is not affected by negative edges in the graph. They both work fine with negative edges.

The question boils down to "Does a Priority Queue of numbers work with negative numbers?" because of the fact that both Prim's and Kruskal's algorithm use a priority queue. Of course -- as negative numbers are simply numbers smaller than 0. The "<" sign will still work with negative numbers.

The following example sets up a two-dimensional array, initialises it with some pseudo-random data, and then prints the table and the averages.

#include<iostream>

#include<time.h>

int main()

{

const int max_students = 7;

const int max_student_grades = 5;

const int max_grades = 6;

const char grade[max_grades]={'A','B','C','D','E','F'};

srand((unsigned) time(NULL));

// Initialise the array with pseudo-random grades:

int table[max_students][max_student_grades];

for(int student=0; student<max_students; ++student)

{

for(int student_grade=0; student_grade<max_student_grades; ++student_grade)

{

table[student][student_grade] = rand()%max_grades;

}

}

// Print the table and average the results.

int overall=0;

for(int student=0; student<max_students; ++student)

{

int average=0;

std::cout<<"Student #"<<student+1;

for(int student_grade=0; student_grade<max_student_grades; ++student_grade)

{

std::cout<<" Grade #"<<student_grade+1<<": "<<grade[table[student][student_grade]]<<", ";

average+=table[student][student_grade];

}

std::cout<<" Average: "<<grade[average/max_grades]<<std::endl;

overall+=average;

}

std::cout<<"Overall average: "<<grade[overall/max_grades/max_students]<<std::endl;

return(0);

}

Example output:

Student #1 Grade #1: A, Grade #2: E, Grade #3: D, Grade #4: E, Grade #5: F, Average: C

Student #2 Grade #1: E, Grade #2: D, Grade #3: E, Grade #4: E, Grade #5: E, Average: D

Student #3 Grade #1: D, Grade #2: A, Grade #3: D, Grade #4: B, Grade #5: A, Average: B

Student #4 Grade #1: C, Grade #2: B, Grade #3: A, Grade #4: A, Grade #5: B, Average: A

Student #5 Grade #1: E, Grade #2: D, Grade #3: C, Grade #4: F, Grade #5: E, Average: D

Student #6 Grade #1: C, Grade #2: D, Grade #3: A, Grade #4: F, Grade #5: A, Average: B

Student #7 Grade #1: B, Grade #2: D, Grade #3: F, Grade #4: B, Grade #5: C, Average: C

Overall average: C

Knowledge-based systems

It is commonly used as a zero-or-more wildcard character match. "o*k" matches "ok" and "oak", but not "ox".

At least two states are the minimum.

Powerbuilder and Java

They are features that are darker than other features such as if you were in a cave and the far side is darker than the other side than that is the low level image feature. ( they can be in any rainforest and in any caves or oceans.)

implement the queue ADT using an array

Its a study done or involving more than one site, for example, five schools.