1. Write down the output for the following input expression: p = x-y* (y+z)/ (z-x) +...

  

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1. Write down the output for the following input expression: p = x-y* (y+z)/ (z-x) + 15 in equivalent assembly code, where all variables are float. Show the steps you used to produce the assembly code. 2. Construct a syntax directed translation scheme that translates arithmetic expressions from infix notation into postfix notation. Show the application of your scheme to the string 4/2+5 * 2.. 3. Add 'Semantic Rules' and 'Translation Schemes' to the following productions of a grammar. Productions S➜ U U➜ TaU U → TaT TaTbT т→ьтат T➜d Semantic Rules Translation Schemes 1. Write down the output for the following input expression: p = x-y* (y+z)/ (z-x) + 15 in equivalent assembly code, where all variables are float. Show the steps you used to produce the assembly code. 2. Construct a syntax directed translation scheme that translates arithmetic expressions from infix notation into postfix notation. Show the application of your scheme to the string 4/2+5 * 2.. 3. Add 'Semantic Rules' and 'Translation Schemes' to the following productions of a grammar. Productions S➜ U U➜ TaU U → TaT TaTbT т→ьтат T➜d Semantic Rules Translation Schemes

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2nd question c code main c code include 02 include 03 04 extern void toPostfixchar char 05 06 07 int mainvoid 08 09 char infixstream1000 10 char postfixstream1000 11 int i 12 printf Enter a mathematic... View the full answer