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The scope of the variable is determined by the programs textual (lexical) structure. Variables can be declared within a specific scope and are only accessible within that region. In other words, lexical scope refers to the ability of a function scope to access variables from the parent scope.
The definition we were given was that static scope is based on the lexical structure of the program while dynamic scope is based on the runtime stack.
In simpler terms, in dynamic scoping, the compiler first searches the current block and then successively all the calling functions. In most programming languages static scoping is dominant. This is simply because in static scoping its easy to reason about and understand just by looking at code.
JavaScript and other languages such as the C family and Python use lexical scope , also called static scope , which means that scope nests ing to where functions and variables are declared.
Lexical Environments are created every time a block of code or a function is executed, containing all the local variables and being linked to an outer Lexical Environment. This effectively forms a Scope Chain that determines how variable lookups occur during the execution of the code.

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Static scope in programming declares variables lexically, depending on the logical structure and organization of the program. In programming, scope declares a range in which a variable is visible and usable. Scope is useful because it differentiates sections of a program and the variables within them.
Lexical scoping, also known as static scoping, is a convention used with many modern programming languages. It refers to setting the scope, or range of functionality, of a variable so that it may be called (referenced) from within the block of code in which it is defined.

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