I need answer within 5 minutes please please with my best wishes 12:45.ll LTE:following array10 01A :1A= [ones(4), zeros(4)] OA= [ones(4); zeros(4)] OA= [ones(2), zeros(2)]A= [ones(2) ; zeros(2)]* ?What is the extension of script files.m.mat.scriptNo extensioncommand used to display the* .value of variable xdisplayx Odisp xdisp(x)A docs.google.com

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Description: I need answer within 5 minutes please please with my best wishes 12:45.ll LTE:following array10 01A :1A= [ones(4), zeros(4)] OA= [ones(4); zeros(4)] OA= [ones(2), zeros(2)]A= [ones(2) ; zeros(2)]* ?What is the extension of script files.m.mat.scriptNo

1. ones(4) returns a 4x4 array of 1's zeros(4) returns a 4x4 array of 0's In the given array we have…

Engineering

Computer Science

12:45 ull LTE :following array 1 A = 1 A= [ones(4), zeros(4)] O A= [ones(4); zeros(4)] A= [ones(2), zeros(2)] O A= [ones(2) ; zeros(2)] O * ?What is the extension of script files .m .mat .script No extension command used to display the .value of variable x displayx disp x disp(x)

12:45 ull LTE :following array 1 A = 1 A= [ones(4), zeros(4)] O A= [ones(4); zeros(4)] A= [ones(2), zeros(2)] O A= [ones(2) ; zeros(2)] O * ?What is the extension of script files .m .mat .script No extension command used to display the .value of variable x displayx disp x disp(x)

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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1. What is the average of the following numbers?23, 43, 67, 78options: 49.7, 49.5, 50.1, and 52.75 2. What is the average of the following numbers?4, 4, 5, 6, 6, 6, 7, 7, 8, 9 3. The average of a set of numbers that all have different values is between the minimum value and maximum value of the set of numbers. options: sometimes, always, never, rarely. 4. The average of two numbers is 46.5. One of the numbers is 68. What is the value of the other number? 5.
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Create an RLE class that uses fixed-length encoding to reduce ASCII bytestreams with a limited number of characters, including the code as part of the compressed bitstream. Add code to compress() to generate a string alpha containing all of the unique letters in the message and use it to generate an Alphabet for use in compress(), prepend alpha (8-bit encoding plus its length) to the compressed bitstream, and then add code to expand() to read the alphabet before expansion.
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A. The original Caesar cypher shifts each character by one: a becomes b, z becomes a, and so on. Let's make it a bit harder, and allow the shifted value to come from the range 1..25 inclusive. Moreover, let the code preserve the letters' case (lower-case letters will remain lower-case) and all non-alphabetical characters should remain untouched. Your task is to write a program which: asks the user for one line of text to encrypt; asks the user for a shift value (an integer number from the range 1..25 - note: you should force the user to enter a valid shift value (don't give up and don't let bad data fool you!) Test your code using the data we've provided. Test data Sample input: abcxyzABCxyz 123 2 Sample output: cdezabCDEzab 123 Sample input: The die is cast 25 Sample output: Sgd chd hr bzrs