Comprehensive overview of Florida's expanded school voucher program. The first source details the program's eligible expenditures, including tuition assistance, instructional materials, technology, tutoring, extracurricular activities, transportation, therapies, and college expenses. The second source provides a step-by-step guide for navigating the application process using EduGator Assist, a digital assistant designed to support families in accessing the voucher program. This guide includes information on eligibility criteria, documentation requirements, application submission, tracking application status, understanding approval, and managing voucher funds.

This source is the syllabus for an advanced electromagnetics course titled "Electromagnetic Fields II". It outlines the curriculum, learning objectives, activities, and assessment methods for the course. It is organized by week, with each week focusing on a specific topic in electromagnetics. The course starts with a review of electromagnetic induction and transformers, then delves deeper into time-varying fields and Maxwell's equations. It covers concepts like displacement current, wave equations, transmission line theory, impedance matching, waveguides, resonant cavities, antenna theory, electromagnetic compatibility, and applications of electromagnetic fields in various technologies. The syllabus provides a comprehensive overview of the course content, emphasizing both theoretical understanding and practical application, with a clear emphasis on problem-solving and project-based learning. It aims to equip students with the knowledge and skills necessary to analyze and design electromagnetic systems in diverse engineering fields.

This source is the detailed syllabus for a two-semester course titled "Fundamentals of Electromagnetic Fields." It outlines the course structure, learning objectives, and assessment methods for a comprehensive study of electricity and magnetism. The syllabus is organized chronologically by week, with each week focusing on a specific topic area, such as electrostatics, magnetostatics, Maxwell's equations, electromagnetic energy and forces, and electromagnetic induction. The syllabus emphasizes the importance of understanding both the theoretical concepts and their practical applications in engineering fields like power systems, communications, and electronic device design. Key themes include the relationships between electric and magnetic fields, the behavior of materials in electromagnetic fields, the principles of electromagnetic induction, and the applications of these concepts in various devices and systems. Ultimately, this syllabus serves as a roadmap for students to develop a deep understanding of electromagnetic principles and their real-world applications.