Answer:
A problem that occurs when two programs cannot run in the same computer at the same time. It is generally due to a programming bug and typically manifests when two programs compete for the same resource (memory, peripheral device, register, etc.).
Hope it helps out!
Explanation:
Answer:
MYSTRUCT myStruct[8]; // statemnt to create an array of struct variables
myStruct[3].buf[4] // statement to access the fourth element of the array of the struct variables.
struct * MYSPTR = &myStruct; // This statement creates a pointer.
To dereference and access the S variable of the struct data structure in the array;
(*MYSPTR).S and its shorthand notation MYSPTR -> S
Explanation:
A structure is a data structure in C language that is used to hold descriptive data of an object. The keyword struct is used to create the structure. An array of struct holds instances of a struct variable, where each struct can be accessed using the regular array indexing and the variables of the structs in the array can be accessed using dot notation.
The answer is centralization
A client-server network is a server which acts as one powerful computer that provides information to other sub-ordinate workstations called the client. The biggest benefit of this setup is centralization or the central management of the server. Only a single server functions as a host that all clients request and use. Having a single centrally managed server is cost effective and is easily manageable. This centralized control can also be used to deploy processes, allocate user resources and delegate access permissions easily and effectively.
Answer:
The answer is "Option A"
Explanation:
The constructor is a special member function whose task is to initialize an object from its class, and it doesn't return any value like int, float, double, etc. Its name and class name will always be the same, and when we create the class object so, the constructor is automatically called, and it may be overloaded, that's why we can say that except the "choice A", all were correct.
Answer:
b) The elevator prioritizes the requests that are on the way where it’s going, but also based on a first come first served principle.
Explanation:
Elevator routing often looks complex, as the elevator has to decide whether to go to the person who has waited the longest or the one who is closest? There are also issues of how long should the rider spend.
A simple algorithm can be designed where the elevator prioritizes the requests that are on the way where it’s going, but also based on a first come first served principle. Once it exhausts the request in its current direction, it then switches directions if there are requests in that direction. This way the elevator is able to tackle the complex issue based on the simple algorithm.
