relational+operators

3.2.4 c
 * ===understand a range of relational operators, E.G =, <, <=, >, >= and <> and use these to construct expressions;===

Key words
Arithmetic = The mathematics of integers, rational numbers, real numbers, or complex numbers under addition, subtraction, multiplication, and division.

Boolean = Of or relating to a data type or variable in a programming language that can have one of two values, true or false.

Syntax = The study of the rules whereby words or other elements of sentence structure are combined to form grammatical sentences.

Arithmetic Operators
==Arithmetic operators include the familiar addition (+) subtraction (-) multiplication (*) and division (/) operations. In there modulus operator % which gives the remainder left over from a division operation.==

Examples of arithmetic operators in use:

 * 1) #include 
 * 2) void main
 * 3) int a = 100 ;
 * 4) int b = 3 ;
 * 5) int c;
 * 6) c = a + b;
 * 7) printf ( "a + b = %dn", c ) ;
 * 8) c = a - b;
 * 9) printf ( "a - b = %dn", c ) ;
 * 10) /* multiplication performed before call to printf */
 * 11) printf ( "a * b = %dn", a * b ) ;
 * 12) c = a / b;
 * 13) printf ( "a / b = %dn", c ) ;
 * 14) c = 100 % 3 ;
 * 15) printf ( "a % b = %dn", c ) ;
 * }
 * }


 * ==Programming languages typically support a set of **operators**: operations which differ in the calling of syntax and/or the argument passing mode from the language's functions. Common examples that differ by syntax are mathematical arithmetic operations, e.g. ">" for "greater than", with names often outside the language's set of identifiers for functions, and called with a syntax different from the language's syntax for calling functions. Common examples that differ by argument passing mode are Boolean operations, e.g. a short circuiting conjunction that only evaluates later arguments if earlier ones are not false, in a language with strict call-by-value functions.==

Question 1

 * Solve this sum: **
 * 4/3 * 4 - 4 + 3/4 - 2 * 3/4 **


 * Question 2**

** 1.) A = ((a++)*Y)^3 2.) B =(--a)*18%10 3.) C = (A + B)* 5 % Z ^ Y 4.) D = (B * C) % Y 5.) M = !(A != B) && (Y
B ^ Y) **===