Calculate the decimal equivalent of 0xAF4. Show your work by completing the products and and the addition below. Ox AF4 = • Format o Complete each product in the form of digit ×place value. • Fill the place value in the form of a^b, where a is the base of the numbering system, and b is the exponent. For example 2^3 means 23. - Order products in increasing order (from left to right) by the exponent of the place value. Sample bit pattern and answers. Ox11 = 1 x16^0 + 1×16^1 = 17 II
Calculate the decimal equivalent of 0xAF4. Show your work by completing the products and and the addition below. Ox AF4 = • Format o Complete each product in the form of digit ×place value. • Fill the place value in the form of a^b, where a is the base of the numbering system, and b is the exponent. For example 2^3 means 23. - Order products in increasing order (from left to right) by the exponent of the place value. Sample bit pattern and answers. Ox11 = 1 x16^0 + 1×16^1 = 17 II
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
Related questions
Question
![Calculate the decimal equivalent of 0xAF4.
Show your work by completing the products and and the addition below.
Ox AF4 =
• Format
o Complete each product in the form of digit ×place value.
• Fill the place value in the form of a^b, where a is the base of
the numbering system, and b is the exponent. For example 2^3
means 23.
- Order products in increasing order (from left to right) by the
exponent of the place value.
Sample bit pattern and answers.
Ox11 = 1 x16^0 + 1×16^1 = 17
II](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff13047da-4ab3-4dbe-bd30-912edb1ffe70%2F76259bcc-871f-4517-87b0-7c4c0fa35ab0%2F5bugzwc_processed.png&w=3840&q=75)
Transcribed Image Text:Calculate the decimal equivalent of 0xAF4.
Show your work by completing the products and and the addition below.
Ox AF4 =
• Format
o Complete each product in the form of digit ×place value.
• Fill the place value in the form of a^b, where a is the base of
the numbering system, and b is the exponent. For example 2^3
means 23.
- Order products in increasing order (from left to right) by the
exponent of the place value.
Sample bit pattern and answers.
Ox11 = 1 x16^0 + 1×16^1 = 17
II
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