Instruction Design: a) Class table (class diagram). b) Pseudocode for each operation. c) Test or driver algorithm to test the solution. Question A file of student records consists of 'S' records and 'U' records. An 'S' record contains the student's number, name, age, gender, address, and attendance pattern - full time (FT) or part time (PT). A 'U' records contains the number and name of the program in which the student has enrolled. There may be more than one 'U' records for each 'S' records. Design a solution that will read the file of student records and print a report of all FEMALE students who are enrolled PART TIME (PT). The report is to be headed 'FEMALE PART-TIME STUDENTS' and is to show the student's number, name, address, and age. Hint: Please use control structure selection, looping (repetition), OOP to solve the problem.

Instruction Design: a) Class table (class diagram). b) Pseudocode for each operation. c) Test or driver algorithm to test the solution. Question A file of student records consists of 'S' records and 'U' records. An 'S' record contains the student's number, name, age, gender, address, and attendance pattern - full time (FT) or part time (PT). A 'U' records contains the number and name of the program in which the student has enrolled. There may be more than one 'U' records for each 'S' records. Design a solution that will read the file of student records and print a report of all FEMALE students who are enrolled PART TIME (PT). The report is to be headed 'FEMALE PART-TIME STUDENTS' and is to show the student's number, name, address, and age. Hint: Please use control structure selection, looping (repetition), OOP to solve the problem.

C++ Programming: From Problem Analysis to Program Design

8th Edition

ISBN:9781337102087

Author:D. S. Malik

Publisher:D. S. Malik

Chapter5: Control Structures Ii (repetition)

Section: Chapter Questions

Problem 27PE

See similar textbooks

Similar questions

The code box below defines a variable route as a list of directions to navigate a maze. Each instruction is one of the following four basic commands: • higher. move one step in the positive y direction • lower: move one step in the negative y direction • left: move one step in the negative x direction right: move one step in the positive x direction ● Define a function move that takes two arguments, a location (as a tuple of x and y coordinates) and an instruction (higher, lower, left, right) as a string. Given the provided location, it should return the new location (as a tuple of x and y coordinates) when following the specified instruction. If the instruction is invalid, the old location should be returned. Use the function move to determine the final position when starting from the point (-2, -1) and following all instructions in the list route. Assign this final position to the variable final_location. Reset answer 1 route = ['right', 'higher', 'left', 'lower', 'higher', 'left',…
Process Scheduling: Select all statements below that are true The waiting time is included in the turnaround time. In interactive systems, short response times are unimportant. The time taken in an interactive program from the issuance of a command to the commencement of a response to that command is known as the response time. The response time is the time required for a particular process to complete, from submission time to completion. Throughput is the number of processes executed per time unit. The concept of virtual (run)time in the Completely Fair Scheduler is used to ensure fairness in the allocation of processor capacity.
PYTHON Q9: Assignment statements, such as x = 3, define variables in programs. To execute one in an environment diagram, record the variable name and the value: Evaluate the expression on the right side of the = sign Write the variable name and the expression's value in the current frame. Use these rules to draw a simple diagram for the assignment statements below. x = 10 % 4 y = x x **= 2
PuTTY/Ocelot Assignment #2 Instructions: (using C language in the UNIX environment, Systems Programming) Through this programming assignment, the students will learn to do the following: Usage: mortgagepmt [-s] -r rate [-d downpayment] price In this assignment, you are asked to perform a mortgage payment calculation. All information needed for this will be passed to the program on the command line. There will be no user input during the execution of the program You will need a few pieces of information. The price of the home and the amount of the down payment. You will also need to know the interest rate and the term of the mortgage. To figure your mortgage payment, start by converting your annual interest rate to a monthly interest rate by dividing by 12. Next, add 1 to the monthly rate. Third, multiply the number of years in the term of the mortgage by 12 to calculate the number of monthly payments you'll make. Fourth, raise the result of 1 plus the monthly rate to the…
: Class Diagram for University Admission System Design a University Admission System Class Diagram in which student gets enroll in a semester. The semester has an ID number and there are two kinds of semester, First semester and Second semester, and each semester contains courses. Each course has a title and course Code The course can be registered dropped withdraw by the students. Each student has a name and student number, and there are two kinds of students, Undergraduate Students (for BCS & MCS) and Postgraduate Students (for MPhil & PhD). Each type of students enroll in different ways.
Data Generator Most application depends on data. In IoT data is collected/generate by sensors. Since, we do not have access to sensors, we will have to generate data via code. The plotting a sufficient number of these data points (500 in this case) should get the following diagram or something very similar: You will pick a quantity that you would like to simulate (such as temperature, humidity, barometric pressure, customers arriving at a mall, or just with an alternate descriptor) and decide what shape you will emulate. This will guide you in selecting sensible value base lines for your data values. e.g., If you pick inside temperature then normal range will be 18-21oC. Design and build a class that will model your sensor reasonably well. Notice how the peaks do not occur at regular interval, nor are they the same height. Even the squiggles are the same shapes. You will create a class with a single public member (property) that give you a “random” value in your intended range and…
Context You work with the team in charge of the automatic driving program at Tesla. You are in charge of programming the necessary braking to be applied in the event that the car's on-board computer detects a stationary obstacle that appears directly in front of the car. Constraints In order not to rush the passengers of the car too much, the program would like to brake as gently as possible. To keep a certain safety margin, the program must stop 1 meter before reaching the obstacle. Modelization Start by modeling the acceleration required to bring the car to a complete stop (while respecting the constraints) as a function of the speed at which the car was initially traveling and the distance at which the obstacle appeared. Then test your model by calculating the modulus of the acceleration needed for the following values The car was traveling at 45 km/h; The obstacle appeared 23 meters in front of the car;
Q # 1. Implement a Result Compilation System for CP Course. Program will take Marks of 3 Quizzes, 2 assignments, one midterm and one final term from the user as input. Marks of each quiz will be out of 15, marks of each assignment will be out of 40. Marks of Midterm will be out of 60 and Final term out of 80. Program will compute total marks in the subject according to the following grading scheme and display on the screen. Category Weightage 1 Quizzes 25% Assignments 15% 3 Mid-term 20% 4 Final-term 40% Total Marks 100 2.
Problem Statement: An election is a formal group decision-making process by which a population chooses a candidate by casting votes. Each candidate is assigned name and a specific symbol. A ballot paper is used to cast the vote. Each ballot paper contains symbols of the candidate. A person can vote a candidate by stamping on a specific symbol. The ballot paper should be considered as a spoilt ballot if a person does not stamp or stamp on more than one symbol. Finally ballot paper has to be dropped in a ballot box. Write a C++ program that reads the information from the user to enter the name of the candidate, the total number of received votes, and the spoilt votes in a local election. The total number of participants (candidates) are 5. If the user mistakenly enters any negative value, the program should consider that value as a positive integer. The program should output the name, total received votes, and the percentage of obtained votes by the winning candidate. The program should…
Happy Learning (this is a fictional scenario) The kindergarten allows the parents (caretakers) to select daily the menu for lunch. There are over 40 possible items to be included in the lunch menu. For a lunch item we keep a 4 digits code, its name (up to 28 characters), and the number of calories (an integer). A parent (caretaker) can make for each of his/her children a lunch order everyday. All orders made are stored. If no order is made in a day the last order made will be provided. An order consists of maximum 6 items. Same item cannot be ordered multiple times in the same order. The order does not store the caretaker who made the order. The Entities are: PARENT, CHILD, MENU, ORDER 1. Relationship Strength: Weak or Strong? 2. Relationship Type: (M:1, 1:1 etc) 3. What are the Cardinalities? PARENT to CHILD? CHILD to ORDER? ORDER to MENU? Please don't copy and paste answers from other sources, Thank You!
C Programming Language (Code With C Programming Language) Problem Title : Visible Trees There is a legend about a magical park with N × N trees. The trees are positioned in a square grid with N rows (numbered from 1 to N from north to south) and N columns (numbered from 1 to N from west to east). The height (in metres) of each tree is an integer between 1 and N × N, inclusive. Magically, the height of all trees is unique. Bunga is standing on the northmost point of the park and wants to count the number of visible trees for each Column. Similarly, Lestari is standing on the westmost point of the park and wants to count the number of visible trees for each Row. A tree X is visible if all other trees in front of the tree X are shorter than the tree X. For example, let N = 3 and the height (in metres) of the trees are as follows6 1 87 5 32 9 4 On the first column, Bunga can see two trees, as the tree on the third row is obstructed by the other trees. On the second column, Bunga can see…
Art.java In this part you will create a program Art.java that produces a recursive drawing of the design attached in the picture. Requirements Art.java must take one (1) integer command-line argument n that controls the depth of recursion. Your drawing must stay within the drawing window when n is between 1 and 7. (The autograder will not test values of n outside of this range.) You may not change the size of the drawing window (but you may change the scale). Do not add sound. Your drawing can be a geometric pattern, a random construction, or anything else that takes advantage of recursive functions. Optionally, you may use the Transform2D library you implemented in Part 1. You may also define additional geometric transforms in Art.java, such as sheer, reflect across the x- or y- axis, or rotate about an arbitrary point (as opposed to the origin). Your program must be organized into at least three separate functions, including main(). All functions except main() must be private. call…