nonassosiative.
No
true
Binary numeric promotion is applied in the following contexts:1.operands of the arithmetic operators *, /, %, +, and - 2.operands of the relational operators = 3.operands of the numerical equality operators
Binary numeric promotion implicitly applies appropriate widening primitive conversions so that a pair of operands have the broadest numeric type of the two, which is always at least int. Given T to be
Unary numeric promotion is applied in the following contexts:1.operand of the unary arithmetic operators + and -2.operand of the unary integer bitwise complement operator ~ 3.during array creation; for
Unary numeric promotion states thatIf the single operand of the operator has a type narrower than int, it is converted to int by an implicit widening primitive conversion; otherwise, it is not converted
'u0000'
false.
final.
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