True and false are literals(special built-in value) in java and cannot be used as keywords.
Literal in java are L, F, null, true, false These act as keyword(have special meaning in java) but these does'nt comes under the category of Java Keyword.
You mean SQL? NULL = anything IS NULL NULL <> anything IS NULL ... NULL IS NULL = TRUE NULL IS NOT NULL = FALSE
true
Java does not have multiple inheritance, so no. Java can use multiple interfaces, though, with the "implements" keyword.
False: highest precedence & bitwise AND ^ bitwise XOR | bitwise OR lowest precedence
Literal in java are L, F, null, true, false These act as keyword(have special meaning in java) but these does'nt comes under the category of Java Keyword.
You mean SQL? NULL = anything IS NULL NULL <> anything IS NULL ... NULL IS NULL = TRUE NULL IS NOT NULL = FALSE
True because the point of the hypothesis test is to figure out the probability of the null hypothesis being true or false. If it is tested and it is true, then you do not reject but you reject it, when it is false.
true
True
true
Rejecting a true null hypothesis.
Here's a list of keywords in the Java programming language. You cannot use any of the following as identifiers in your programs. The keywords const and goto are reserved, even though they are not currently used. true, false, and null might seem like keywords, but they are actually literals; you cannot use them as identifiers in your programs. abstract assert*** boolean break byte case catch char class const* continue default do double else enum**** extends final finally float for goto* if implements import instanceof int interface long native new package private protected public return short static strictfp** super switch synchronized this throw throws transient try void volatile while * not used ** added in 1.2 *** added in 1.4 **** added in 5.0
True.
Java does not have multiple inheritance, so no. Java can use multiple interfaces, though, with the "implements" keyword.
False: highest precedence & bitwise AND ^ bitwise XOR | bitwise OR lowest precedence
In Java, or C, the expression is simply:i == jIf the two are equal, this expression will evaluate to true; if not, it will evaluate to false.In Java, or C, the expression is simply:i == jIf the two are equal, this expression will evaluate to true; if not, it will evaluate to false.In Java, or C, the expression is simply:i == jIf the two are equal, this expression will evaluate to true; if not, it will evaluate to false.In Java, or C, the expression is simply:i == jIf the two are equal, this expression will evaluate to true; if not, it will evaluate to false.