Assuming that we are working in a machine where only 3 bits areallocated for storing the mantissa. Suppose the Rounding to Nearest Rule isused in this machine, i.e. (1.00111)2 × 2³ will be stored as (1.010)₂ × 2³.Compute (a)+1, (b) ¾ × 1In each computation, solve the problem(i) exactly(ii) using the three-digit rounding arithmetic(iii) compute the absolute errors in part (ii)

Assuming we have a machine with only 3 bits allocated for storing the mantissa, and we are using the…

Assuming that we are working in a machine where only 3 bits are allocated for storing the mantissa. Suppose the Rounding to Nearest Rule used in this machine, i.e. (1.00111)2 × 2³ will be stored as (1.010)2 × 2³. Compute (a)+1, (b) × 1 In each computation, solve the problem

Assuming that we are working in a machine where only 3 bits are allocated for storing the mantissa. Suppose the Rounding to Nearest Rule used in this machine, i.e. (1.00111)2 × 2³ will be stored as (1.010)2 × 2³. Compute (a)+1, (b) × 1 In each computation, solve the problem

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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Assuming that we are working in a machine where only 3 bits are
allocated for storing the mantissa. Suppose the Rounding to Nearest Rule is
used in this machine, i.e. (1.00111)2 × 2³ will be stored as (1.010)₂ × 2³.
Compute (a)+1, (b) ¾ × 1
In each computation, solve the problem
(i) exactly
(ii) using the three-digit rounding arithmetic
(iii) compute the absolute errors in part (ii)

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