Ternary operator
you are a full time wanker.
c have different types of operations are there these are 1:logical operators 2:conditional 3:arithmetic 4:bit wise operators 5:increment&decrement 6:relational operators 7:assignment operators 8:special operators we can use above operators. we can implementing the operations. suppose logical operators &&,,! by using these we can implement operations
Unlike a logical IF where the control expression is Boolean and has two branches depending on whether the expression evaluates true or false, the control expression of an arithmetic IF is a numeric expression (such as x+y) and has three branches depending on whether that expression evaluates negative, zero or positive. In languages that do not provide native support for arithmetic IF (such as C++), we can implement arithmetic IF using logical IF as follows, where z holds the result of the arithmetic expression (such as z=x+y): if (z<0) { // negative path } else if (z==0) { // zero path } else { // positive path }
If you replace variables in an expression by numbers (in case there are any variables) and then do the indicated operations, you get a number. That final number is the "value" of the expression.
What is one purpose of using logical addresses in an IP network?
Logical operations involve the use of three operators - NOT, AND and OR. NOT simple negates a value. It uses one operand. For Example - a) Not True (which means, False as True and False are the only possible values) b) Knowing English AND French (means someone who knows both English AND French) c) Knowing English OR French (means someone who knows either English or French).
You start wit one side of the identity and, using logical steps, show that it is equivalent to the other side. Or, you start with both sides and show that they both equivalent to some common expression.
"There has to be a logical explanation for it, I mean you can't just disappear... Can you?"
using max function
Logical Addressing on an IP Network enables selected devices to be part of Logical group for sharing information.
A compound statement is a logical statement that combines two or more simpler statements using logical connectives (such as "and," "or," "not"). The truth value of a compound statement is determined by the truth values of its component statements and the logical operators used to connect them.
The preference in which arithematic operations are performed in an arithematic expression is called as Hierarchy of operations.Its very important in C Programming to predefine the Hierarchy of operations to the C compiler in order to solve the given arithematic expression correctly.e.g.: If a programmer wishes to perform ,z=a+b/c;it may beinterpretedas z=(a+b)/c or z=a+(b/c).and if a=3,b=6,c=2 then using the same expression we will obtain two differentanswersas z=4.5 or z=6.To avoid this condition we must be aware of hierarchy of operations used in C programming.In arithematic expressions scanning is always done from left to right.The priority of operations is as shown below,PriorityOperatorsFirstParenthesisos brackets()SecondMultiplication & DivisionThirdAddition & SubtractionFourthAssignment i.e.=If we consider the logical operators used in C language,the operator precedence will be like;OperatorsType!Logical NOT* / %Arithmetic and moulus+ -AritmeticRelational== !=Relational&&Logical ANDLogical OR=AssignmentIn the tables above,the higher the position of an operator,higher is its priority.