5.1 Unit 5: Discrete Probability This is the beginning of Unit 5 in this Discrete Mathematics II course. The material in this unit comprises 12% of the high-stakes assessment and includes such concepts as: In this unit you will put all your counting skills from Unit 4 to work. The concepts and applications of probability are…

4.1 Unit 4: Counting and Advanced Counting Techniques This is the beginning of Unit 4 in this Discrete Mathematics II course. The material in this unit comprises 19% of the high-stakes assessment and includes such concepts as: 4.2 Module 13: Counting by Bijections and Products of Sets This page marks the beginning of Module 13. This module…

3.1 Unit 3: Recursion and Induction (21 Units) This is the beginning of Unit 3 in this Discrete Mathematics II course. The material in this unit comprises 20% of the high-stakes assessment and includes such concepts as: 3.2 Module 9: Recurrence Relations This page marks the beginning of Module 9. This module contains two lessons: Recurrence notation…

Question 1 Best Guess: No clue – I’d think that since listA is first that 1,3,5 would start but none of them do Research: Answer from ChatGPT: To solve this problem, we need to start by evaluating the expression inside the innermost set of parentheses, which is Merge0(ListB, ListA). This will merge ListB and ListA…

2.1 Unit 2: Number Theory and Cryptography This is the beginning of Unit 2 in this Discrete Mathematics II course. The material in this unit comprises 23% of the high-stakes assessment and includes such concepts as: 2.2 Module 4: Divisibility and Modular Arithmetic This page marks the beginning of Module 4. This module contains three lessons: Integer…

1.1 Unit 1: Algorithms This is the beginning of Unit 1 in this Discrete Mathematics II course. The material in this unit comprises 13% of the high-stakes assessment and includes such concepts as: 1.2 Module 1: Algorithm Structures This page marks the beginning of Module 1. This module contains five lessons: 1.3 Lesson: Introduction to algorithms Lesson introduction…

Competencies 1 Write complex SQL statements in order to: In order to prepare data sets for data analysis and manipulation 2 Configure these: In order to automate data integration Introduction Lab Environment: Windows Username LabUser Windows Password Passw0rd! pgAdmin Password Passw0rd! How to submit your task Once you have completed all of the requirements in…

COMPETENCIES 4018.1.1 : Conceptual Models to Physical Schemas The graduate creates conceptual data models and translates them into physical schemas. 4018.1.2 : Create Databases The graduate creates databases utilizing SQL Data Definition Language (DDL) in MySQL environment. 4018.1.3 : Create/Modify Tables and Views The graduate creates and modifies tables and views employing SQL Data Definition Language (DDL) in MySQL environment. 4018.1.4 : Create…

1.1 Relational model Database models A database model is a conceptual framework for database software. NoSQL databases. NoSQL stands for ‘Not only SQL’ and encompasses a variety of database models.  Relational data structure The relational model is a database model based on mathematical principles, with three parts: A set is a collection of values, or elements, with no inherent order. Each…

that would be A because ~ is basically not This would be A because logically they match up when written out Guessing here that the chair is not yellow – though is doesn’t seem correct because it should say if and only if but whatever, seems the closest. If the walls are white then the…