Solution in JS The insurance guy calls. They were about to pay you all that fortune you've been anxiously waiting for, but they detected further irregularities; the list of stolen items is misformatted and appears to contain other entries that don't belong there. Find and remove them. You receive an object with nested objects with strings as values. Convert their values to number and return an object without the entries that evaluate to NaN. www Examples findAnd Remove({ bedroom: { slippers: "10000", piano: "550", call: "vet", travel: "world", }, }) → { bedroom: { slippers: 10000, piano: 5500, }, }

Solution in JS The insurance guy calls. They were about to pay you all that fortune you've been anxiously waiting for, but they detected further irregularities; the list of stolen items is misformatted and appears to contain other entries that don't belong there. Find and remove them. You receive an object with nested objects with strings as values. Convert their values to number and return an object without the entries that evaluate to NaN. www Examples findAnd Remove({ bedroom: { slippers: "10000", piano: "550", call: "vet", travel: "world", }, }) → { bedroom: { slippers: 10000, piano: 5500, }, }

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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The insurance guy calls. They were about to pay you all that fortune you've been anxiously waiting for, but they detected further irregularities; the list of stolen items is misformatted and appears to contain other entries that don't belong there. Find and remove them. You receive an object with nested objects with strings as values. Convert their values to number and return an object without the entries that evaluate to NaN. Examples findAndRemove({ bedroom: { }, }) → { } slippers: "10000", piano: "550", call: "vet", travel: "world", bedroom: { }, slippers: 10000, piano: 5500,
This is the question that is confusing me - A. Create a CollegeCourse class. The class contains fields for the course ID (for example, CIS 210), credit hours (for example, 3), and a letter grade (for example, A). Include get and set methods for each field. Create a Student class containing an ID number and an array of five CollegeCourse objects. Create a get and set method for the Student ID number. Also create a get method that returns one of the Student’s CollegeCourses; the method takes an integer argument and returns the CollegeCourse in that position (0 through 4). Next, create a set method that sets the value of one of the Student’s CollegeCourse objects; the method takes two arguments—a CollegeCourse and an integer representing the CollegeCourse’s position (0 through 4). B. Write an application that prompts a professor to enter grades for five different courses each for 10 students. Prompt the professor to enter data for one student at a time, including student ID and course…
Solution in JS The insurance guy calls. They were about to pay you all that fortune you've been anxiously waiting for, but they detected further irregularities; the list of stolen items is misformatted and appears to contain other entries that don't belong there. Find and remove them. You receive an object with nested objects with strings as values. Convert their values to number and return an object without the entries that evaluate to NaN. Examples findAndRemove({ bedroom: { slippers: "10000", piano: "550", call: "vet", travel: "world", }, }) → { } bedroom: { slippers: 10000, piano: 5500, }, (Ctrl)
This is the question I am stuck on - A. Create a CollegeCourse class. The class contains fields for the course ID (for example, CIS 210), credit hours (for example, 3), and a letter grade (for example, A). Include get and set methods for each field. Create a Student class containing an ID number and an array of five CollegeCourse objects. Create a get and set method for the Student ID number. Also create a get method that returns one of the Student’s CollegeCourses; the method takes an integer argument and returns the CollegeCourse in that position (0 through 4). Next, create a set method that sets the value of one of the Student’s CollegeCourse objects; the method takes two arguments—a CollegeCourse and an integer representing the CollegeCourse’s position (0 through 4). B. Write an application that prompts a professor to enter grades for five different courses each for 10 students. Prompt the professor to enter data for one student at a time, including student ID and course data for…
. Download the program from the instructor’s GitHub account (Ch3HW) then update it tocreate a class Student that includes four properties: an id (type Integer), a name (type String), a Major (type String) and a Grade (type Double). Use class Student to create objects (using buttonAdd) that will be read from the TextFields then save it intoan ArrayList. Perform the following queries on the ArrayList of Student objects and show the results on the listViewStudents (Hint: add buttons as needed):a) Use lambdas and streams to sort the Student objects by name, then show the results.b) Use lambdas and streams to map each Student to its name and grade, sort the results by grade (descending), then display the results.c) Use lambdas and streams to map each Student to its name and grade, to select the Students who have grade values in the range 80 to 90. Sort the results by grade value(descending), then show the results.d) Use lambdas and streams to calculate the total average of all Students…
This is the question I am stuck on - A. Create a CollegeCourse class. The class contains fields for the course ID (for example, CIS 210), credit hours (for example, 3), and a letter grade (for example, A). Include get and set methods for each field. Create a Student class containing an ID number and an array of five CollegeCourse objects. Create a get and set method for the Student ID number. Also create a get method that returns one of the Student’s CollegeCourses; the method takes an integer argument and returns the CollegeCourse in that position (0 through 4). Next, create a set method that sets the value of one of the Student’s CollegeCourse objects; the method takes two arguments—a CollegeCourse and an integer representing the CollegeCourse’s position (0 through 4). B. Write an application that prompts a professor to enter grades for five different courses each for 10 students. Prompt the professor to enter data for one student at a time, including student ID and course data for…
This is the question I am stuck on - A. Create a CollegeCourse class. The class contains fields for the course ID (for example, CIS 210), credit hours (for example, 3), and a letter grade (for example, A). Include get and set methods for each field. Create a Student class containing an ID number and an array of five CollegeCourse objects. Create a get and set method for the Student ID number. Also create a get method that returns one of the Student’s CollegeCourses; the method takes an integer argument and returns the CollegeCourse in that position (0 through 4). Next, create a set method that sets the value of one of the Student’s CollegeCourse objects; the method takes two arguments—a CollegeCourse and an integer representing the CollegeCourse’s position (0 through 4). B. Write an application that prompts a professor to enter grades for five different courses each for 10 students. Prompt the professor to enter data for one student at a time, including student ID and course data for…
Add a list of procedures in your patient class, fill them and print them with the patient data. This is called composition which is a "has a" relationship. A patient has procedures. Write a class named Patient that has attributes for the following data: First name, middle name, and last name Address, city, state, and ZIP code Phone number Name and phone number of emergency contact The Patient class’s _ _init_ _ method should accept an argument for each attribute. The Patient class should also have accessor and mutator methods for each attribute. Next, write a class named Procedure that represents a medical procedure that has been performed on a patient. The Procedure class should have attributes for the following data: Name of the procedure Date of the procedure Name of the practitioner who performed the procedure Charges for the procedure The Procedure class’s _ _init_ _ method should accept an argument for each attribute. The Procedure class should also have accessor and mutator…
Write a class that would match a string. The class has method match with String as a return type. It accepts two inputs: the phrase/sentence string (text) and the pattern string (word). This method finds the first (or all) instances of the pattern in the text and changes that word in all uppercase and return the new phrase. Method countOccurence accepts a phrase/sentence and a pattern string and returns its number of occurrences. Add a main method that will allow the user to input the phrase/sentence and pattern. Call method match and countOccurence. See test case below. Sample Input: Text string: You will always have my love, my love, for the love I love is as lovely as love itself. Pattern string: love Output: New text: You will always have my LOVE, my LOVE, for the LOVE I LOVE is as lovely as LOVE itself. Number of occurrence: 5 For example: Input Result You will always have my love, my love, for the love I love is as lovely as love itself. love New text: You will…
Define the Circle2DYourLastName class that contains: Two double data fields names x and y that specify the center of the circle withgetter methods. A double data field radius with getter method. A constructor that creates a circle with specified x, y, and radius. A method findTypeOfIntersection to determine and return types ofintersection as string (contained, overlap, or separate).Design a user class that prompts the user to enter the coordinates of the center andradius of two circles and displays the type of intersection. Allow the user to repeat yourprogram using a ConfirmDialog Box.
Implement the following class. Refer to the below notes for more details. SimCard phoneNumber: String internationalService: boolean minutes: int // default 0 costPerMinute: double + SimCard ( ) + SimCard ( newPhoneNumber: String, newInternationalService: boolean ) + getters and setters of phoneNumber, internationalService and costPerMinute + callLocal (duration: int): void + callInternational(duration: int): boolean + bill(): double o phoneNumber: private String representing the phone number. Default is "00-000000" o internationalService : private boolean indicating whether international calls are allowed or not. Default is false. o minutes: private int representing the number of minutes to be invoiced (added to the bill). Default is 0. o costPerMinute: private double representing the cost of 1 minute. This value should be positive. Default value is 0.2. Assume all the sim card has the same cost rate per minute. LS) The no-arg constructor that will create a new SimCard with the default…
Implement the critter class. Each critter C has attributes species, size, and age. • The constructor accepts arguments for the attributes above, in the order above. You can expect size and age to be numeric values. Each critter C has a can_eat () method, which: Receives one argument, prey, which you can expect to be another Critter object. Compares prey 's size against C's. o If C is larger than prey, return True. Otherwise, return False. Each critter C also has a survive_year () method, which: • Increases C's size and age by 1, respectively, and returns C's current size.