Answered: MBERS DB 12h, 27h, 33h NUMERS2 DW 12h,…

Engineering

Computer Science

MBERS DB 12h, 27h, 33h NUMERS2 DW 12h, 25h, 44h ORG 10H MESSAGE DB 'Hello' ORG 25H MEDIAN DB 72

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter3: Data Representation

Section: Chapter Questions

Problem 16VE

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Python: if possible answers in one line of code def name_sort(staff): ''' Question 2 You are given a list of Georgia Tech staff members- each with a first and last name separated by a space, and need to sort them alphabetically by last name for a directory. However, the person who provided you the list did not proofread the records and accidentally misspelled some of the names. You can identify which ones have typos just by looking at the first letter of the first name. - First, sort the list alphabetically by the last name. - Remove any members whose first name starts with "Q" or "X". - Return the resulting list. Args: staff (list) Returns: list >>> name_sort(['Damon Williams', 'Xngel Cabrera', 'George Burdell', 'Brett Key', 'David Joyner', 'Qon Lowe']) ['George Burdell', 'David Joyner', 'Brett Key', 'Damon Williams'] ''' # print(name_sort(['Damon Williams', 'Xngel Cabrera', 'George Burdell', 'Brett…
HW7_3 Ball bearings are hardened through a process known as quenching-submersion of the heated ball bearing in oil or water in order to cool it rapidly. The data below represent the temperature of the ball at various points in the cooling process time (sec) 0 30 Temp (C) 800 457 269 79 46 60 150 240 Plot the data (as discrete points). In the same figure window, also plot a) interpolating polynomial, (use polyfit and polyval) b) piecewise cubic interpolation (not-a-knot) and c) piecewise cubic interpolation (shape-preserving) Include a legend for the three methods used: polynomial interpolation, not-a-knot, shape-preserving. Then looking at the plot, choose the method you believe to be the best and smoothest fit of all these to predict the temperature after 3 minutes of cooling. Print the result using fprintf.
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Some rows of the STUGRADE table of a school are shown below: STU_CODE CLS_CODE GRADE YEAR 291 111 3.1 2010 938 101B 2.3 2011 931 M101 3.3 2040 291 M101 3.4 2018 190 111 2.0 2021 931 321 3.9 2003 Suppose that STU_CODE is the student code (foreign key) and CLS_CODE is the class code (foreign key). Which of the following computes the average for each year of the student with code 931? a. SELECT AVG(GRADE) FROM STUGRADE WHERE STU_CODE = 931 GROUP BY YEAR b. SELECT AVG(GRADE) FROM STUGRADE WHERE STU_CODE = 931. c. SELECT AVG(GRADE) FROM STUGRADE GROUP BY STU_CODE = 931 d. SELECT AVG(GRADE) FROM STUGRADE WHERE STU_CODE = 931 GROUP BY AVG(GRADE)
File read write and string manipulation data1.txt(down below) 4,5-t 2,4-d 20-p7int 2D 2nd 2 1080 &c 10-p7int 10th 11-p7int 12-p7int 16-p7int 18-p7int 1st 2,4,5-t 2,4-d 20-p7int 2D 2nd 30-30 3D 3-D 3M 3rd 48-p7int 4-D 4GL 4H 4th 5-p7int 5-T 5th 6-p7int 6th 7-p7int 7th 8-p7int 8th 9-p7int 9th @ @' @- @&M @&P @. @.@.@. @.B. @.B.@. @.C. @.D. @.D.C. @.F. @.F.@.M. @.G. @.H. @.I. @.I.@. @.I.D. @.L. @.L.P. @.M. @.M.@. @.M.D.G. @.N. @.p. @.r. @.R.C.S. @.U. @.U.C. @.V. @.w. @.W.O.L. @/C @/F j54rs54y54d J54rs54yit54 j54rs54yit54s J54rs54ym@n j54rs54ys j54rs54y's J54rs54yvill54 j54rt J54rubb@@l J54rubb@l J54rus@l54m J54rus@l54mit54 j54rvi@ j54rvin j54rvin@ j54rvin54 J54rvis J54rk J54S J54sh J54sh54r J54smin54 j54sp54r J54sp54rs54n J54ss J54ss@ J54ss@b54ll j54ss@k5454d J54ss@lin J54ss@lyn j54ss@my j54ss@mi54s J54ss@myn J54ss@min54 j54ss@nt J54ss54 J54ss54@n j54ss54d J54ss5454 J54ss54y J54ss54lyn J54ss54lt7n J54ss54n j54ss54s J54ssi J54ssy J54ssic@ J54ssi54 kikkl54 kikkl54d kikkl54s…
There are four fundamental operations for accessing data structures. Many data structures accomplish an update by combining which of the following operations? a. Initialize and, Construct b. Remove and Set O c. Setup and TearDown d. Delete and Insert
Q: Change this code from Matlab to Phython: 2 clear 3 data load ('ex2data2.txt'); x = data (:, [1, 2]) ; y = plotData (X, y): 6 hold on; xlabel ('Microchip Test l') ylabel ('Microchip Test 2') legend ('y = 1', 'y = 0') 4 data (:, 3); 8 9 %3D 10 hold off; mapFeature (X (:, 1), x (:, 2)); initial_theta = 11 X = zeros (size (X, 2), 1); 13 lambda = 1; O H N3
PLEASE EDIT MY TABLE AS TUTOR SAID NEED URGENTLY PLEASE DONT IGNORE ME THANK YOU! HERE IS MY DATA DICTIONARY MY TU TOR GIVE ME A COMMENT COMMENT: The range is basically the min and max value that a variable can hold. For example choice range : 1 to 3…. PLEASE FIX MY PROBLEM EDIT MY TABLE! DONT SEND A CODE! programming language: C# MY CODE Sub Main() REM LOOP STARTS HERE !!!!! REM Following block of code repeats until the user chooses 3 or any value other than therange(to REM quit) Declare a flag f with value 0 Do Until f==1 REM Menu appears on-screen giving choices(1 REM instructions, 2 play, 3 exit) menu() REM Get choice from user from keyboard get_choice() If( choice >= 1 && choice <= 3) THEN REM do choice f=do_choice() Else break END_If Loop REM LOOP ENDS HERE !!!! Sub do_choice() REM if user has chosen 1 If (choice = 1) Then REM Show instructions instructions() return 0…
Language: Python i have a txt named "hightemp.txt" I want to sort the rows from highest to lowest in the third column please help me , thanks Here is the content of "hightemp.txt" A AA 41 2013-08-12B BB 40.9 2007-08-16C CC 40.9 2007-08-16D DD 40.8 1933-07-25E EE 40.7 2013-08-10F FF 40.6 1994-08-08G GG 40.6 1994-08-04H HH 40.5 2013-08-10 Q QQ 40 2007-08-16R RR 40 2001-07-24S SS 39.9 2013-08-11T TT 39.9 1997-07-05U UU 39.9 1994-08-08V VV 39.9 1990-07-19W WW 39.9 1978-08-03I II 40.4 2007-08-16J JJ 40.3 2007-08-16K KK 40.3 1998-07-04L LL 40.3 1994-08-05M MM 40.2 2004-07-20N NN 40.2 2001-07-24O OO 40.2 1927-07-22P PP 40.1 1978-08-03X XX 39.9 1942-08-02
complete the data system for citywide taxi company. now, the information for each taxi is expanded to include: taxi id (such as ctc0001), the driver’s name, the maker of the car (such as ford), the model of the car (such as escape), the color of the car (such as black), the license number (such as hxt 4578), the number of passages the car served in the entire shift (integer type, this field will be left empty for this project). your c++ program will (with array of class object): define a class for the car with all members of variable mentioned above as private; write all necessary class member functions to access those member variables (write or read); read up to 50 records of data from the keyboard (provide a method to end the input before reaching 50 records); (1 points) save all records inputted from step 3 to a disk file called ctc.dat. In cpp
complete the data system for citywide taxi company. now, the information for each taxi is expanded to include: taxi id (such as ctc0001), the driver’s name, the maker of the car (such as ford), the model of the car (such as escape), the color of the car (such as black), the license number (such as hxt 4578), the number of passages the car served in the entire shift (integer type, this field will be left empty for this project). your c++ program will (with array of class object): define a class for the car with all members of variable mentioned above as private; write all necessary class member functions to access those member variables (write or read); ) read up to 50 records of data from the keyboard (provide a method to end the input before reaching 50 records); save all records inputted from step 3 to a disk file called ctc.dat.
Sample input file: (Assume all names and IDs in the list are unique and must stay unique.) Introduction to Computer Programming Fundamentals CSCI 1 MBA 315 John Adams 111223333 100 87 93 90 90 89 91 Willy Smith Jr. 222114444 90 73 67 77 70 80 90 Phil Jordan 777886666 100 80 70 50 -60 90 100 Sample output file format: (Final report) Course Name: Introduction to Computer Programming Fundamentals Course ID: CSCI 1 Class Location: MBA 315 Name ID Average Grade Adams, John 111-22-3333 91.5 A Smith Jr., Willy 222-11-4444 87.0 B Jordan, Phil 777-88-6666 -1 I Student list print format to the monitor: Name Average Grade Adams, John 91.5 A Smith Jr., Will 87.0 B Jordan, Phil -1 I Student's detail format to the monitor: Name: Adams, John ID: 111223333 Quiz Score: 100.00 Test Scores: 87.00 93.00 90.00 90.00 89.00 91.00 Average: 91.54 Letter Grade: A Error messagesBad file name: Failed to open file.File with no data: Empty file.Adding student Error Adams is on the list, duplicated names are not…