Answer:
Static.
Explanation:
A local variable can be defined as an argument passed to a function or a variable that is declared within a function and as such can only be used or accessed within the function.
This ultimately implies that, a local variable is effective whilst the function or block is being executed (active).
Basically, all local variables can only be a member of either the register storage, static or auto (dynamic) categories in computer programming.
A local variable that is declared as static causes the program to keep the variable and its latest value even when the function that declared it is through executing.
Hence, the memory of a local variable that is declared as static remains for the lifetime (duration) of the whole program.
Answer:
language and interpersonal communication, basically it would make someone antisocial.
Answer:
A Larger Market
Customer Insights Through Tracking And Analytics
Fast Response To Consumer Trends And Market Demand
Lower Cost
More Opportunities To "Sell"
Personalized Messaging
Hope this helps!
The variation pairs a new employee with an old employee usually focus on employee accomplishments, and criteria that employee meets or not.
<h3>What are the Appraisal Methods used to evaluate an employee's performance?</h3>
The behavioral method is known to be one of the ways to check an employee's actions within a given job.
Conclusively, There is also the use of Comparative methods that tends to compare one employee with different employees. The use of Results methods are the ones that looks into employee accomplishments.
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Answer:
Implicit type casting means the type casting done by the compiler during compilation of program whereas Explicit type casting means the programmer explicitly type casts the variables. This is the difference implicit and explicit type casting.
Explanation:
Type casting means the conversion of one data type into another data type. There are two types of type casting. They are Implicit type casting and Explicit type casting.
<u>Implicit type casting:</u> The type casting which is done by the compiler during the compilation of a program. This occurs when we assigning smaller data type to larger data type and also both the data type are compatible. Below example clears the above concepts.
Ex:

In the above example " i " is " int " data type whereas " l " is long data type but as we assigned the value of " i " to " l ". Here " int " and " long " are compatible data types and we assigned smaller data type ( int - i ) to larger data type ( long - l ) implicit type casting occurs.
<u>Explicit type casting:</u> The type casting which is done by the programmer explicitly to convert one data type into other data type. If we want to assign a value of larger data type to smaller data type explicit type casting is required. Below example clears the above concepts.
Ex: 

In the above example " d " is " double " data type whereas " l " is " long " data type. Here we are explicitly type casting to change larger data value ( double - d ) to smaller data value ( long - l ).