You can use unlimited number of variables for a structure and you can also declare array of structures.
Yes. You can have as many variables as you want in Java
It can be called hard coding the data. For many things in computing it should be avoided if possible in favour of using variables or defined constants, in order to give more flexibility and structure to a program.
Local variables: These variables only exist inside the specific function that creates them. They are unknown to other functions and to the main program. As such, they are normally implemented using a stack. Local variables cease to exist once the function that created them is completed. They are recreated each time a function is executed or called. Global variables: These variables can be accessed (ie known) by any function comprising the program. They are implemented by associating memory locations with variable names. They do not get recreated if the function is recalled.
Unlike COBOL, in C there are no sections and divisions; there are two main state: inside a function and outside of any functions.
A compiler is a program that reads a program written in one language and translates it into another equivalent program in other language(target language).i.e, Hll------Mll A translator on the other hand translates a given language into many languages as per requirement like Chinese to English and others as per capability.
Yes. You can have as many variables as you want in Java
It can be called hard coding the data. For many things in computing it should be avoided if possible in favour of using variables or defined constants, in order to give more flexibility and structure to a program.
In FoxPro, there are three types of memory variables: local variables, private variables, and public variables. Local variables are defined within a specific procedure or function and are only accessible there. Private variables are available throughout the current program but not in called procedures. Public variables can be accessed from anywhere in the application, making them globally available.
That depends on how they are used, their yields, and many other variables. With the information specified in your question, no definite answer can be given.
This depends on too many variables you didn't specify for us to answer.
That depends on how they are used, their yields, and many other variables. With the information specified in your question, no definite answer can be given.
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Knitting is knitting, regardless of the yarn weight, needle type or stitch. And given this combination of variables, the differences are innumerable.
There are three types of variables tested: manipulated variables, controlled variables, and experimental variables.
In statistics, there are two main types of random variables: discrete random variables and continuous random variables. Discrete random variables take on a countable number of distinct values, such as the outcome of rolling a die. In contrast, continuous random variables can take on an infinite number of values within a given range, such as the height of individuals. Each type has its own probability distribution and methods of analysis.
Knitting is knitting, regardless of the yarn weight, needle type or stitch. And given this combination of variables, the differences are innumerable.
This is an infinite number, given the variables of source, methods of production, country of origin, type of yarn and branding.