Exercise 2 Write a Python function which first accepts a num.pdf

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Exercise 2 Write a Python function which first accepts a number from the range of [1,7] where each number represents one day of the a week where the number 1 is for Monday and 7 for Sunday. Once the number is accepted from the user, you should print the name of the week on the screen. If the input number is not in the range of [1.7], your function should print the following: input number x is not valid where x is the input number. Your function does not have to retum any value in this exercise Your function should work for each of the numbers properly in the range of [1 ,7] For example, if the number is entered as 8 by the user, then your function should print input number 8 is not valid. * Implement your solution for Exercise 2 in this cell def printday(number): # you need to implement the code block for this function below If assuming that the value of the input variable: number is given to you. if number =1 : print("Monday") elif # cosplete the rest of this function by yoursetf II Now the function is defined, we can call that function below. # But before calling that function, let's first take on input value I from the user and make sure that that number is between 1 and 7 mynumber =0 while (mynumber <1 ) or (mynumber >7 ) : mynumber - int(input("Please enter a nuaber in the range of [1,7]:) ) if (mynumber <1 ) or (iynumber >7 ): print("Input number", mynumber, "is not vaild") # Now we can call the function that we have implemented above. printday(mynumber) Please enter a number in the range of [1,7]:2.

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Literary Genre Matrix Part 1: Matrix Fiction Non-fiction Definition: 1. 2. 1. 2. Examples: K-2 1. 2. 3-5 1. 2. 6-8 1. 2. K-2 1. 2. 3-5 1. 2. 6-8 1. 2. Text Integration Strategies: 1. 2. 1. 2. Technology Application Strategies: 1. 2. 1. 2. Technology Tools: Part 2: Reflection © 2018. Grand Canyon University. All Rights Reserved. Mylib.py #class for doing simple arithmetic, #and calculating expressions. class Calculator(): #constructor #input are the numbers to be operated on def __init__(self, n1, n2): self.n1 = n1 self.n2 = n2 #return a dictionary of all arithmetic operations def allInOne(self): return {"add":self.plus(), "sub":self.subtract(), "mult":self.multiply(), "div": self.divide()} #check a value is within the given range lr..hr #helper procedure @staticmethod def IsInRange(lr, hr, n): return lr < n and n < hr #add 2 numbers def plus(self): add = self.n1 + self.n2 return add #subtract 2 numbers def subtract(self): sub = self.n1 - self.n2 return sub #multiply 2 numbers def multiply(self): mult = self.n1 * self.n2 return mult #division, n2 should not be zero def divide(self): try: div = self.n1/(self.n2 + 0.0) return div except ZeroDivisionError as e: print("The result of %s/%s = %s" % \ (self.n1, self.n2,"You cannot divide by Zero")) except Exception : print("Invalid input" , self.n1, self.n2) #expression calculator #will create the calculator object @staticmethod def scalc(val): try: #the epression is assumed to be comma separated ns = val.split(",") #split it into 3 parts #remove whitespaces in the components n1 = int(ns[0].strip()) n2 = int(ns[1].strip()) op = ns[2].strip() calc = Calculator(n1, n2) #create a calculator for doing arithmetic #better option than mutating self. #check if operator is one of the supported if op == "*": return calc.multiply() elif op == "/": return calc.divide() elif op == "+": return calc.plus() elif op == "-": return calc.subtract() else: print("Unknown operator", op) #in case of invalid input catch the error except Exception : print("Invalid input:" , val) W7_first_last.py # Program name : # Student Name : # Course : ENTD220 # Instructor : # Date : 02/20/2020 # Description : Expression & Arithmetic Calculator using cla.

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I need help getting my code to work (code is at the bottom) 1.3. Overview For this assignment you will be writing a program the asks the user to enter a decimal number and stores it in IEEE 754 single-precision floating point representation. You will then parse the IEEE 754 representation to extract the different pieces (sign, exponent, and significand) You do not have to convert the input to IEEE 754 representation manually. Just use the syscall to read a float. This will automatically store the value in IEEE 754 format for you. You can then copy the value to a normal 32-bit register to perform the different bit manipulations to extract each piece. After the initial reading in of the floating point value and moving the value to a standard register you should not use the floating point registers again. Do not use any of the floating point operations to find the sign, or anything else. All of the parsing and calculations should be done using various bit manipulations operations (i.e. bitshifts, maskings, etc). Remember beyond the initial reading of the floating point value and moving it to a standard register your program should not touch the floating point registers again. Your program does not need to handle any of the special cases of floating point numbers like NaN, infinity, -infinity, 0 or -0. 1.4. Task 1: Main Procedure Your first task is to collect is to create a loop for your program. Ask user to enter "Do you want to do it again?" in a Dialog box. Hint: Use syscall 50. If the user answers YES repeat the process. NO or Cancel, exit the program. 1.5. Task 2: Take User Input Procedure void read_float() Next, take user input and store it in memory. Prompt the user to enter a floating point value as a decimal number. Then, store the input value in a single precision floating point register. In a DialogBox (syscall 52), Display a string with info about the program ex: "Welcome to the " and capture a user input. The input should be a floating point number. You MUST store input into memory space (ieee). To do this, first move your captured input from the f0 floating point register to a regular temporary register using the following call: Now, you should be able to store the value into the ieee variable in memory. The procedure should have the following signature: 1.6. Task 3: Print the sign void print_sign(ieee) Your next task is to create a procedure called print_sign that will extract and interpret the sign bit of the IEEE 754 single precision floating point number. The floating point number is the value you collected from Task 2. Your function will take the value as a 32-bit number in a non-floating point register (i.e. $a0). Remember, this value is stored in your ieee memory space. You should use bit manipulations (i.e. shifting, masking, etc) to determine the value of the sign bit. If the sign bit is a 1 your function should print the '-' character. If it is a 0 your function should print the '+' character. The procedure should have the.

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CMIS 102 Hands-On Lab Week 6 Overview: This hands-on lab allows you to follow and experiment with the critical steps of developing a program including the program description, Analysis, Design(program design, pseudocode), Test Plan, and implementation with C code. The example provided uses sequential, repetition, selection statements and two user-defined function. Program Description: This program will provide options for a user to calculate the square or cube of a positive Integer input by a user. The program will prompt the user to enter an Integer and then prompt the user if they want to calculate the square of the cube of the number. Based on the inputs of the user, the program will output the square of the cube of the positive integer. The program will then print the Integer and square or cube of the integer based on the user’s original choice. The program will continue to prompt the user for Integers and their calculation choice until the user enters a negative integer. The square and cube calculations should be calculated using a function. Analysis: I will use sequential, selection, and repetition programming statements and functions for the cube and square calculations. I will define three Integer variables: IntValue, MenuSelect, Results to store the Integer value input by the user, the Menu selection (1 for Square, 2 for Cube) of the user, and the results of the Square or Cube functions. The Square function will take one Integer as input and return one Integer as the output. The calculation within the Square function is: Results = IntValue * IntValue For example, if 10 was entered as the IntValue. Results = 10*10 = 100 The Cube function will take one Integer as input and return one Integer as the output. The calculation within the Cube function is: Results = IntValue * IntValue*IntValue For example, if 10 was entered as the IntValue. Results = 10*10*10 = 1000 A repetition loop can be used to loop through iterations until a negative is entered: while(intValue > 0) ( … End For 1 Program Design: Main · This program will provide options for a user to calculate the square · or cube of a positive Integer input by a user. · Declare variables · Initialize loop variable intValue to positive value to start loop · Loop While input is a positive number //Prompt user for a number //Get user response // Only perform menu and function calls if integer is positive If intValue > 0 Then //Prompt user for selection Square or Cube // "Enter 1 to calculate Square, 2 to Calculate Cube " If menuSelect == 1 Then // Call the Square Function //Print results Else If menuSelect == 2 Then // Call the Cube function //Print results Else //Print Invalid msg End If //End of If menuSelect End If //End of If intValue > 0 //END While End // End of Main program · Square Function ------------------------------ //Calculates the square of an Integer · Cube Function ------------------------------ //Calculates the cubeof an Integer Tes ...

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JLK Chapter 5 – Methods and ModularityDRAFT January 2015 Edition pg. 25 An Introduction to Computer Science with Java, Python and C++ Community College of Philadelphia edition Copyright 2017 by C.W. Herbert, all rights reserved. Last edited October 8, 28, 2019 by C. W. Herbert This document is a draft of a chapter from An Introduction to Computer Science with Java, Python and C++, written by Charles Herbert. It is available free of charge for students in Computer Science courses at Community College of Philadelphia during the Fall 2019 semester. It may not be reproduced or distributed for any other purposes without proper prior permission. Please report any typos, other errors, or suggestions for improving the text to [email protected] Chapter 5 – Python Functions and Modular Programming Contents Lesson 5.1User Created Functions in Python2 Python Function Parameters2 Value returning functions3 Example – Methods and Parameter Passing5 9 Lesson 5.2Top-Down Design and Modular Development10 Chapter Exercises13 User Created Functions in Python So far we have only created software with one continuous Python script. We have used functions from other python modules, such as the square root method from the math class math.sqrt(n). Now we will begin to create our own functions of our own. A Python function is a block of code that can be used to perform a specific task within a larger computer program. It can be called as needed from other Python software. Most programming languages have similar features, such as methods in Java or subroutines in system software. The code for user-defined functions in Python is contained in a function definition. A Python function definition is a software unit with a header and a block of Python statements. The header starts with the keyword def followed by the name of the function, then a set parenthesis with any parameters for the function. A colon is used after the parentheses to indicate a block of code follows, just as with the if and while statements. The block of code to be included within the function is indented. Here is an example of a Python function: # firstFunction.py # first demonstration of the use of a function for CSCI 111 # last edited 10/08/2o19 by C. Herbert function definition def myFunction(): print ( "This line being printed by the function MyFunction.\n") # end myFunction() ### main program ### function used by the main part of the script print("Beginning\n") myFunction() print("End\n") # end main program Functions can used for code that will be repeated within a program, or for modular development, in which long programs are broken into parts and the parts are developed independently. The parts can be developed as Python functions, then integrated to work together by being called from other software. Python Function Parameters Data can be passed to a Python function as a parameter of the function. Function parameters are variables listed in parentheses foll ...

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FAST university has hired you to make an operating system for their lifts. Below are specifications of the lifts OS. The lift will be placed in a building with 6 floors including a basement. From basement to top floors are labeled as -1,0,1,2,3,4 respectively. In the morning, the lift goes into operation from the basement. The lift can go up and down. If maintenance is required, the lift can be halted. If the lift is halted, the lift not usable during that period. Once unhalted, the lift can be used again. All this lift data is stored in a doubly linked list. In case university decides to make a new floor, they can enter a new floor as floor 5. Moreover, due to some operational constraints, they might decide to choose that the lift should not stop on some floor for better load management. For example, the university can decide the lift will only operate on basement, 1st floor and 3rd floor then the lift will only operate on these floors. University can decide to change it and make it operational for all floors as well. With the help of above information, make a lift operating system which will have following functions. int lift_operating_system(int requested_floor, lift_floors *current, lift_floors *head, lift_floors *tail, char lift_status) // this function valises the lift request and then performs the lift up or lift down function. Once the function is performed, the lift operating system returns the new current floor after lift goes up or down. int liftup(lift_floors *current, lift_floors *head, lift_floors *tail,int requested_floor ) // a recursive function used to move the lift in upwards direction int liftdown(lift_floors *current, lift_floors *head, lift_floors *tail,int requested_floor ) // a recursive function used to move the lift in downwards direction char halt_lift(char status) //halts the lift, no up and down operation can be performed. Stored H for halting char un_halt_lift(char status) //Unhalts the lift. Store W which represents that the lift is working. void add_floor(lift_floors *new_floor, lift_floors *head, lift_floors *tail) //add a lift floor; void skip_floor(lift_floors *head, lift_floors *tail, int floorNo) //add logic to make lift skip a certain floor void make_floor_operational(lift_floors *head, lift_floors *tail, int floorNo) //add logic to make lift operational on a certain floor Main function: The main maintains the following is in an endless loop and asks the user to select on of the following operations. (1) Go to a floor. 2) Halt the lift. 3) Unhalt the lift. 4) Add floor. 5) Skip Floor 6) Make floor operational. 7) Exit PLS DO THE FOLLOWING USING LINKED LIST IN C++ ONLY AND HERE WE ARE PROVIDED SOME STARTER CODE FOLLOW IT PLS * FAST university has hired you to make an operating system for their lifts. Below are specifications of the lifts OS. The lift will be place in a building with 6 floors including a basement. From basement to top floors are labeled as -1,0,1,2,3,4 respectively. In the morning, the lift.

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Famoso por sus impactantes anuncios, Benetton comenz en 1955 como una pequea empresa. Lucianno Benetton y su familia comenzaron vendiendo suteres de colores de puerta en puerta en Treviso, Italia. Con el tiempo, una red regional de familiares, amigos y agentes estableci un conjunto de puntos de venta distintivos supervisados de cerca. Durante un perodo de 15 aos, Benetton construy 300 puntos de venta afiliados pero de propiedad independiente en Italia y una fbrica con nuevos mtodos para teir y acondicionar la lana. Benetton no estaba directamente involucrado en los puntos de venta al por menor, que reciban productos de alta calidad a bajo costo. Parte de los ahorros de fabricacin se realizan mediante la subcontratacin a subcontratistas vecinos. En la actualidad, Benetton ha mantenido esta red flexible de subcontratistas de produccin independientes y agentes de distribucin, pero ahora ha desarrollado una red global de ms de 7000 tiendas minoristas. De estos, Benetton posee solo alrededor de 50 tiendas insignia y la gran mayora son operadas por empresarios independientes. Ms del 80 por ciento de la produccin todava tiene lugar en Italia y la empresa sigue siendo propiedad de la familia Benetton en un 72 por ciento. Benetton es una de esas empresas globales exitosas que tuvo xito en parte porque su concepto de produccin y diseo se construy sobre una slida base de operaciones. Luego ampli la parte de marketing de su negocio a travs de tiendas independientes estrechamente supervisadas (pero no propias). stos pudieron utilizar la marca Benetton y colores distintivos y contaron con el apoyo de una inteligente publicidad internacional. Benetton no anuncia su ropa directamente. Ms bien, sus anuncios son para un "estilo de vida". Los anuncios de United Colors of Benetton estn diseados para un consumidor global homogneo interesado en autos rpidos y un estilo de vida rpido. Benetton apuesta por la publicidad de vanguardia que capta la atencin del pblico. Esto crea una imagen de conciencia de la nueva era, ya que la publicidad de Benetton ha presentado autos de Frmula I, SIDA, arte elevado y "actitud". Qu tan bien se desarrolla esto a nivel mundial es incierto. Por ejemplo, en 1988 Benetton tena 700 tiendas minoristas en los EE. UU., pero en 1995 solo tena 150. Es porque Benetton tiene una imagen demasiado europea para tener xito en el centro de Estados Unidos? Cmo puede una empresa familiar italiana entender el estilo de vida estadounidense desde sus bases europeas? PREGUNTAS 1) Es Benetton una empresa multinacional? 2) Cules son los factores especficos de cada pas que han ayudado a Benetton a tener xito? 3) Cules son las ventajas especficas de la empresa de Benetton?.

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FA es un 80 aos. hombre que se presenta al Hospital de la Administracin de Veteranos para un chequeo de rutina. Al ser interrogado, afirma que se ha sentido dbil y terrible durante casi seis meses, pero que no ha experimentado ninguna prdida de peso. WL dice: ltimamente me he estado sintiendo muy mal. No tengo energa alguna y siempre estoy de mal humor. Antecedentes mdicos previos: TVP mltiple con insuficiencia venosa crnica DM tipo 2 HTN Hiperlipidemia Cncer de prstata S/P prostatectoma S/P CVA DJD; fractura de cadera hace 7 aos; dolor crnico en la parte inferior de la espalda y en la nalga derecha Prdida leve de la memoria Rinitis alrgica crnica Trastorno convulsivo durante 17 aos; sin convulsiones con fenitona (100 mg) en 3 aos EPOC durante 11 aos La evaluacin adicional del paciente revela: Retirado a los 62 aos despus de 42 aos como minero de carbn Historial prolongado de consumo de cigarrillos, que contina con 10 cigarrillos/ da Consumo intenso de EtOH (principalmente cerveza) de forma intermitente durante 15 aos, que contina Muy poca actividad fsica Signos vitales: PA= 130/85, resp. Frecuencia = 18 lpm, IMC = 28,1, pulso = 110 lpm, temperatura = 97,8*F, saturacin de O2 arterial = 95,5 % Sonidos respiratorios disminuidos bilateralmente con sibilancias inspiratorias y espiratorias difusas bilateralmente. Tiroides normales. El paciente tiene alguna dificultad para concentrarse. Adems, la palidez es prominente en la piel y la mucosa oral, levemente notada en la conjuntiva. Sensacin vibratoria intacta. Negativo para lo siguiente: dolor de cabeza, hinchazn de los tobillos, dolor de pecho, anorexia, dolor en la boca/lengua, aturdimiento, dolor al tragar, dolor muscular/abdominal, diarrea, hematomas o sangrado, soplos, ictericia, glositis, dificultad para respirar (SOB) , JVD (distensin venosa yugular), linfadenopata, soplos, esplenomegalia, hepatomegalia, parestesias, hipocratismo, cianosis y ataxia. Varios resultados de anlisis de sangre de laboratorio: electrolitos (Na, K, Cl, HCO3, Ca, Mg) todas las pruebas de funcin renal normales: BUN = normal alto, Cr = normal LDL = 99 mg/dL, HDL = 30 mg/dL, colesterol = 194 mg/dL Pruebas de funcin heptica: AST, ALT, Alk phos= normal; Bilirrubina= normal alta, albmina= normal baja Glucosa en ayunas= 185 mg/dL Hb=8,8 g/dL Hct= 19,7% RBC= 3.000.000/mm3 WBC= 4.400/mm3 Plt= 139.000/mm3 MCV= 103 fL MCHC=33,5 g/ dL Fe= 67 microgramos/dL TIBC = 312 microgramos/dL Saturacin de transferrina= 39 % Ferritina= 124 ng/ml Vitamina B12= 230 picogramos/ml Folato= 1,7 ng/ml HbA1c= 9,3 % TSH= 3,97 microunidades/ml (normal) Frotis de sangre perifrica: Anisocitosis + poiquilocitosis Neutrfilos grandes con 67 segmentos RBC macrocticos, normocrmicos 8. Qu riesgos tiene FA que lo hacen susceptible a este tipo de anemia? 9. Dibuje o describa el tamao y la forma de los glbulos rojos en este tipo de anemia segn la informacin proporcionada en los resultados de los anlisis de sangre. 10. Identifique los resultados de las pruebas (s.

FA es un 80 aos hombre que se presenta al Hospital de la A.pdf

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FA illustrates D is any digit L is a lowercase letter othe.pdf

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Factors Determining Comparative Advantage Five years ago, Scandia discovered massive reserves of natural gas and exploited this opportunity to drill for more gas by hiring the best engineers and employing all sorts of latest technologies. Last year, a new government was elected, and this government lowered daily wage-rates of workers. The workers protested and the country saw massive labour strikes in all sectors. Which factor determining foreign trade was compromised in this case? Option for Answer: as below Abundance of natural resources Availability of skilled human capital Political stability Strong domestic infrastructure.

Factors Determining Comparative Advantage Five years ago Sc.pdf

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Fact The following information from OBD is availabie Roquir.pdf

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f the probability distribution of a random variable X has me.pdf

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(f) One of the secure solutions to store passwords in a database is storing their hashed value instead of plain text. However, it is possible to find out which users have the same passwords by checking the hashed values. Propose a solution to avoid this problem while still using cryptographic hash functions. Explain how the passwords should be stored using your proposed solution and how they should be checked. (4 marks) (g) Explain how can we check a file is intact using cryptographic hash functions?.

f One of the secure solutions to store passwords in a data.pdf

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F Ditributios n005 in the Riahe Tnill Question 1 3 pt de.pdf

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EXTRA CREDIT Write a function to be included in a sorted li.pdf

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Extrachromosomal pieces of DNA which promote transfer of gen.pdf

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Eyeless D melanogasterda 4 kromozom zerindeki bir gen i.pdf

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