I dont have the idea about the program but I know that prefix means the first starting letters of a particular things. I really think so there is a progam to convert infix to prefix but i might have misunderstood your question can you make it little simpler please.
(a + b) * c / ((x - y) * z)
Prefix, suffix and infix
stack is the basic data structure needed to convert infix notation to postfix
Linear data structure is used to convert the logical address to physical address .Stack is used in this and the various conversion such as postfix,prefix and infix notation are come in this
An example of a prefix in the English language is pre, meaning before. An example of a suffix would be ing, meaning a verbal action. An example of an infix would be ful, meaning full of.
Example: prefix: * 2 + 3 4 infix: 2 * (3+4) postfix: 2 3 4 + *
infix: old Egyptians/Assirs some thousands year before prefix: Jan Łukasiewicz (Polish Notation) postfix: Burks, Warren, and Wright (Reverse Polish Notation)
Yes
You convert an (infix) expression into a postfix expression as part of the process of generating code to evaluate that expression.
The prefix in "punctual" is "pun-" and the suffix is "-ual". In "punctilious", the prefix is "pun-", the infix is "-ctil-", and the suffix is "-ious".
Suffix, prefix, infix, and i don't know the fourth and fifth. Source: Language Power 5
people almost exclusively use infix notation to write mathematical expressions, computer languages almost exclusively allow programmers to use infix notation. However, if a compiler allowed infix expressions into the binary code used in the compiled version of a program, the resulting code would be larger than needed and very inefficient. Because of this, compilers convert infix expressions into postfix notation expressions, which have a much simpler set of rules for expression evaluation. Postfix notation gets its name from the fact that operators in a postfix expression follow the operands that they specify an operation on. Here are some examples of equivalent infix and postfix expressions Infix Notation Postfix Notation 2 + 3 2 3 + 2 + 3 * 6 3 6 * 2 + (2 + 3) * 6 2 3 + 6 * A / (B * C) + D * E - A - C A B C * / D E * + A C * - Where as infix notation expressions need a long list or rules for evaluation, postfix expressions need very few.