A floating point architecture has 6 bits of exponent, 9 bits for fraction and 1 bit for sign.a) How is -0.375 represented in this architecture? Show your work below and show the value in HEX.b) How is 0.125 2 28 is represented in this architecture. Show the steps and result in HEX.c) Given the following C expressions with all double type variables, write the floating point instructions in ecembly language.y = x+y/(z+x*y)/y-zd) What is the range of de-normalized floating point values in this architecture? Show your work below and show the range indecimal.

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A floating point architecture has 6 bits of exponent, 9 bits for fraction and 1 bit for sign. a) How is -0.375 represented in this architecture? Show your work below and show the value in HEX. b) How is 0.125 2 28 is represented in this architecture. Show the steps and result in HEX. ) Given the following C expressions with all double type variables, write the floating point instructions in secembly language. y = x+y/(z+x *y)/y-z d) What is the range of de-normalized floating point values in this architecture? Show your work below and show the range in decimal.

A floating point architecture has 6 bits of exponent, 9 bits for fraction and 1 bit for sign. a) How is -0.375 represented in this architecture? Show your work below and show the value in HEX. b) How is 0.125 2 28 is represented in this architecture. Show the steps and result in HEX. ) Given the following C expressions with all double type variables, write the floating point instructions in secembly language. y = x+y/(z+x *y)/y-z d) What is the range of de-normalized floating point values in this architecture? Show your work below and show the range in decimal.

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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