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Operators and functions determine how the computer will act on these objects in
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different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
Different types of expressions are categorized according to how they work and what
???
different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
Boolean expressions evaluate to either a true or false value, while numerical expressions
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different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
String expressions evaluate to character strings, where text and character strings are changed by functions to produce
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different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
For instance, adding an exclamation point to the display or printing of the phrase ‘hello world’ would be an example of a string expression that uses functions to add ASCII characters, rather than changing numerical values or creating
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different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
Like other kinds of fundamentals, expressions rely on the specific syntax of
???
different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
In terms of structure, experts point out that an expression inherently needs at least one ‘operand’ or value that is acted on, and must have
???
different code conditions.
evaluate to numbers.
a programming language.
one or more operators.
a given expression.
a different result.
they ‘evaluate to.’
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