Consider the following binary number: 1.11000000000000000000100. What are the values of guard, round, and sticky bits after 8 right shifts? The encoding of the options is (guard)(round)(sticky). For example, if guard bit is 1, round is 0, and sticky bit is 0, the encoding is 10O. 100 001 00 010 Arrange the steps involved in floating point multiplication. The first step must be at the top and the last step must be at the bottom. You can assume that the result is still normalized after rounding. Start | Multiply the significands ! Set the sign of the result 3 ! Check for overflow or underflow. If true, flag an exception, otherwise continue. I Subtract bias from the sum E Add biased exponents of the two numbers | Normalize the product, if needed 7 | Round the significand Done pooo

Consider the following binary number: 1.11000000000000000000100. What are the values of guard, round, and sticky bits after 8 right shifts? The encoding of the options is (guard)(round)(sticky). For example, if guard bit is 1, round is 0, and sticky bit is 0, the encoding is 10O. 100 001 00 010 Arrange the steps involved in floating point multiplication. The first step must be at the top and the last step must be at the bottom. You can assume that the result is still normalized after rounding. Start | Multiply the significands ! Set the sign of the result 3 ! Check for overflow or underflow. If true, flag an exception, otherwise continue. I Subtract bias from the sum E Add biased exponents of the two numbers | Normalize the product, if needed 7 | Round the significand Done pooo

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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2. Constrained by the size of the register in your old personal computer at home, youdecide to build a computer with a larger floating point register called R. Five octitscan be represented in R. You decide on the following format for the representation offloating point numbers:R: sign characteristic mantissaYou have available a 1 octit characteristic and a 3 octit mantissa.(b) Write the following decimal numbers as they would be represented in R: (i) 9.25 (ii) -3.5
The chef is getting bored with the recent lockdowns caused by the coronavirus epidemic. After some time he started learning cryptography. He is very excited to see the different types of keys used in cryptography and decides to invent a new type of key. First, Chef created a sequence of integers A1,A2,...... An that lie between 1 and M inclusive. After many sleepless nights, he decided that his key would be the LCM of this sequence, but he is not satisfied - he wants to make his key as big as possible. To do this, he wants to append exactly one more integer to the sequence. This integer must also be between 1 and M, inclusive. Help the chef to maximize the key. Find the integer that Chef should append to the sequence so that the key (LCM of the elements of the resulting sequence) is as large as possible. If there are multiple solutions, choose the smallest of the integers to connect that maximizes the LCM.Input Note: please answer this in java language only. 1 32 212 Output 1
kindly solve sub part d, e and f elaborately showing proper explanation step by step in details with huffman coding Thank you
The chef is getting bored with the recent lockdowns caused by the coronavirus epidemic. After some time he started learning cryptography. He is very excited to see the different types of keys used in cryptography and decides to invent a new type of key. First, Chef created a sequence of integers A1,A2,...... An that lie between 1 and M inclusive. After many sleepless nights, he decided that his key would be the LCM of this sequence, but he is not satisfied - he wants to make his key as big as possible. To do this, he wants to append exactly one more integer to the sequence. This integer must also be between 1 and M, inclusive. Help the chef to maximize the key. Find the integer that Chef should append to the sequence so that the key (LCM of the elements of the resulting sequence) is as large as possible. If there are multiple solutions, choose the smallest of the integers to connect that maximizes the LCM.Input Note: please answer this in java language only. 1 32 212 Output 1
The chef is getting bored with the recent lockdowns caused by the coronavirus epidemic. After some time he started learning cryptography. He is very excited to see the different types of keys used in cryptography and decides to invent a new type of key. First, Chef created a sequence of integers A1,A2,...... An that lie between 1 and M inclusive. After many sleepless nights, he decided that his key would be the LCM of this sequence, but he is not satisfied - he wants to make his key as big as possible. To do this, he wants to append exactly one more integer to the sequence. This integer must also be between 1 and M, inclusive. Help the chef to maximize the key. Find the integer that Chef should append to the sequence so that the key (LCM of the elements of the resulting sequence) is as large as possible. If there are multiple solutions, choose the smallest of the integers to connect that maximizes the LCM.Input Note: please answer this in java language only. 1 32 212 Output 1
The chef is getting bored with the recent lockdowns caused by the coronavirus epidemic. After some time he started learning cryptography. He is very excited to see the different types of keys used in cryptography and decides to invent a new type of key. First, Chef created a sequence of integers A1,A2,......An that lie between 1 and M inclusive. After many sleepless nights, he decided that his key would be the LCM of this sequence, but he is not satisfied - he wants to make his key as big as possible. To do this, he wants to append exactly one more integer to the sequence. This integer must also be between 1 and M, inclusive. Help the chef to maximize the key. Find the integer that Chef should append to the sequence so that the key (LCM of the elements of the resulting sequence) is as large as possible. If there are multiple solutions, choose the smallest of the integers to connect that maximizes the LCM.Input Note: please answer this in java language only. 1 32 212 Output 1
1:04 47 K/s docs.google.com/forms 3 A parity byte is used to identify which bit has been transmitted incorrectly in a block of data. The word "FLOWC HART" was transmitted using nine bytes of data (one byte per character). A tenth byte, the parity byte, was also transmitted. The following block of data shows all ten bytes received after transmission. The system use seven parity and column 1 is the parity bit.One of the bits has been transmitted incorrectly. Write the byte number and column number of this bit. column column column column column column column column 5 letter 3 1. 6 byte 1 byte 2 byte 3 F 1 1 1 L 1 1 1 byte 4 1 1 1 1 1 byte 5 1 byte 6 H 1 byte 7 byte 8 A 1 1 1 byte 9 1 1 1 1 parity byte 1 1 Your answer
coding
The chef is getting bored with the recent lockdowns caused by the coronavirus epidemic. After some time he started learning cryptography. He is very excited to see the different types of keys used in cryptography and decides to invent a new type of key. First, Chef created a sequence of integers A1,A2,......An that lie between 1 and M inclusive. After many sleepless nights, he decided that his key would be the LCM of this sequence, but he is not satisfied - he wants to make his key as big as possible. To do this, he wants to append exactly one more integer to the sequence. This integer must also be between 1 and M, inclusive. Help the chef to maximize the key. Find the integer that Chef should append to the sequence so that the key (LCM of the elements of the resulting sequence) is as large as possible. If there are multiple solutions, choose the smallest of the integers to connect that maximizes the LCM.Input Note: please answer this in java language only. 1 32 212 Output 1
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Please answer 3, 4 and 5. Thanks
A certain company has encoded the accounts of its customers and requires that you provide an algorithm that, given an account code, informs if it is valid according to the following description: The account codes are made up of 4 digits counted from right to left, plus the verification digit. The verifying digit is obtained by adding the digits of the account number of the even positions and multiplying the digits of the odd positions, from the new result the residue of the division is extracted for 10, which represents the verifying digit. Develop the code in python as a check digit class that returns 1 if it is correct or 0 if not Heading: Extract digits, verifier calculation, Account verification, Integral algorithm Code in python no use chat gpt