> (Greater than), and the character code decimal 61 (or hexadecimal 3D) is defined to be = (equals sign). However, the symbol is used in 99 percent of cases. Your students will learn what these symbols mean and when to use. Mathematically, there are different inequalities symbols to represent greater than or equal to. In ASCII, the character code decimal 62 (or hexadecimal 3E) is defined to be This Miniclip introduces the symbols for greater than (>), less than (<), and equal to (). The binary operator evaluates to true, if the left value is greater than or equal to the right value. C# language specificationįor more information, see the Relational and type-testing operators section of the C# language specification.The greater than or equal bigramm >= (consisting of >, the greater than symbol, followed by =, the equal symbol) is used to compare two values in order to determine whether the value on the left side of the symbol is larger than or equal to that of the value to the right side of the symbol, and returns the boolean value of true or false as a result. The greater than and less than signs resemble the letter v rotated. If a type overloads one of the = operators, it must overload both =. 1 In mathematical writing, the greater-than sign is typically placed between two values being. The widely adopted form of two equal-length strokes connecting in an acute angle at the right, >, has been found in documents dated as far back as 1631. If a type overloads one of the operators, it must overload both. The greater-than sign is a mathematical symbol that denotes an inequality between two values. The >= operator returns true if its left-hand operand is greater than or equal to its right-hand operand, false otherwise: Console.WriteLine(7.0 >= 5.1) // output: TrueĬonsole.WriteLine(5.1 >= 5.1) // output: TrueĬonsole.WriteLine(0.0 >= 5.1) // output: FalseĬonsole.WriteLine(double.NaN = 5.1) // output: FalseĪ user-defined type can overload the, = operators. The > operator returns true if its left-hand operand is greater than its right-hand operand, false otherwise: Console.WriteLine(7.0 > 5.1) // output: TrueĬonsole.WriteLine(5.1 > 5.1) // output: FalseĬonsole.WriteLine(0.0 > 5.1) // output: FalseĬonsole.WriteLine(double.NaN > 5.1) // output: FalseĬonsole.WriteLine(double.NaN 5.1) // output: False Less than operator = 5.1) // output: False Let us understand this with an example: if there are 5 and 8 fishes, the mouth will. The alligator always opens his mouth toward the large number of fishes. The = and != operators check if their operands are equal or not. We can remember greater than or less than symbols with the alligator method: Assume ‘ < ’ is the mouth of an alligator and the numbers that are on both sides of the symbol are the fish. For operands of the same enum type, the corresponding values of the underlying integral type are compared. In the case of char operands, the corresponding character codes are compared.Įnumeration types also support comparison operators. A closed circle is represented by the greater than or equal to symbol,, or the less than or equal to symbol. For example, 8 > 6 and is read as 8 is greater. The char type also supports comparison operators. The operands are compared using the same algorithm as the Less than operator, with the result negated. Greater than and less than symbols are used to compare expressions and numbers. For more information and examples, see the Double.NaN or Single.NaN reference article. That means that the NaN value is neither greater than, less than, nor equal to any other double (or float) value, including NaN. For the =,, = operators, if any of the operands is not a number ( Double.NaN or Single.NaN), the result of operation is false.
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