that could be both *shrugging*
Explanation:
Following are the difference between overriding and overloading
(1) Method overloading means method having same name but different parameter or method signature Whereas Method overriding means method having same name and same parameter or signature.
(2) Method overloading is achieved the compile time Polymorphism whereas Method overriding is achieved the Run time Polymorphism .
(3 ) In method overriding child class have facility to provide a specific implementation of a method which is already defined by parent class method whereas there is no such facility is available in method overloading
(4 )Programming structure of method overloading
class test
{
void fun()
{
// statement
}
void fun(int b)
{
// statement
}
}
In this fun() method name is same but different signature I.e void fun() and void fun(int a);
Programming structure of method overriding
class parent
{
void fun()
{
// statement in parent class
}
}
class child extends test
{
void fun()
{
// override the statement in child class
}
}
In this fun() method have same name and same signature in both class
Its B no doubt
cuz ik how to do this i took classes for this so ik im right ight
Answer:
C++
Explanation:
class MyBoxes {
private:
// Pointer to Box object and array size. Required for dynamically creating an array.
Box* boxes;
int array_size;
// Constructor
MyBoxes(int array_size) {
self.array_size = array_size;
boxes = new Box[array_size] ;
}
public:
// Methods
int emptyspace() {
int count = 0;
for (int i=0; i < self.array_size; i++) {
// Check for null
if (!boxes[i])
count++;
}
return count;
}
void add(int length, int width, int height) {
Box box1(length, width, height);
if (self.emptyspace() == 0) {
self.addToArray(box1);
}
}
void print() {
Box *temporaryBox;
for (int i=0; i < self.array_size; i++) {
temporaryBox = boxes[i];
if (temporaryBox) {
cout<<temporaryBox->length<<endl;
cout<<temporaryBox->width<<endl;
cout<<temporaryBox->height<<endl;
}
}
// Free memory
delete temporaryBox;
}
Answer:
A.
Explanation:
A well designed high-volume system will minimize work-in-process (WIP) inventory and reduce lead time for the product.
Work in process (WIP) are partially finished products. WIP inventory could be minimized by designing a suitable high-volume system.
Lead time or throughput time is the time taken for a product to be manufactured or processed. A well designed high-volume system would reduce throughput time.
