To compute static VAR compensation, you need to know the original power factor, the desired power factor, the real power delived to the system and the equivalent load model represented as r+jw. This will enable the total var compensation, therefore, enabling the calculation of C to provide the leading PF.
To compute static VAR compensation, you need to know the original power factor, the desired power factor, the real power delived to the system and the equivalent load model represented as r+jw. This will enable the total var compensation, therefore, enabling the calculation of C to provide the leading PF.
Hi, High level Data modelling is the process of define and analyze the data requirement.
Compute & print the sum of a set of data values
you do not.
Data Sources
data modelling is used for organising and structuring of data. we can get overview through generic modelling. organising of data means representing the data in such a way that it comes in a particular order via graphical representation.
It seems you already have the result. What is it you want to compute, and based on what data?
Static data is data that does not change from program load to program exit. Static data member do not apply for c. In c++, a static data member is one that is common for all instances of that class.
Static data members of a class in namespace scope have external linkage. Static data members follow the usual class access rules, except that they can be initialized in file scope. Static data members and their initializers can access other static private and protected members of their class. The initializer for a static data member is in the scope of the class declaring the member. A static data member can be of any type except for void or void qualified with const or volatile. The declaration of a static data member in the member list of a class is not a definition. The definition of a static data member is equivalent to an external variable definition. You must define the static member outside of the class declaration in namespace scope.
initialize static variables are stored in data segment where uninitialized static variables are stored in BSS(block storing for Symbol) it also a part of data segment exp static int i=10;//stored in data segment static int i;//stored in BSS (uninitialized data segment) Thanks NAvin
A class can have both static and non-static data. Static data is local to the class while non-static data is local to each object of the class. It makes no difference whether static data is global, local to a file, local to a function or local to a class (whether public, protected or private), all static data is allocated within the program's data segment along with all constants. As such they are allocated at compile time.
Always.