Applied Physics (PHYS 100)

Term: 2025-2026 School Year Spring Term

Faculty

Stephanie HoganShow MyInfo popup for Stephanie Hogan
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Schedule

Tue-Thu, 10:00 AM - 11:50 AM (1/12/2026 - 5/8/2026) Location: SF SULLI 225

Description

A foundation to understanding physical processes in technical applications. A thorough overview of measurement systems, practices, and notations is presented. Energy transformation and transfer processes are developed using a "systems model." Physical processes are then described using the systems approach in a "micro-to-macro" sequence, including atomic/nuclear, molecular, electrical/magnetic, mechanical, thermal, fluid, wave/radiating, and optional astronomic/cosmic effects. Definitions and descriptions of the mass/energy interactions involved are given for each type of system, leading toward diagnosis and troubleshooting methods in technical applications.

Applied Physics (PHYS 100)

Term: 2025-2026 School Year Spring Term

Faculty

Stephanie HoganShow MyInfo popup for Stephanie Hogan
Email address is hidden, click here to email
 

Schedule

Tue-Thu, 10:00 AM - 11:50 AM (1/12/2026 - 5/8/2026) Location: SF SULLI 225

Description

A foundation to understanding physical processes in technical applications. A thorough overview of measurement systems, practices, and notations is presented. Energy transformation and transfer processes are developed using a "systems model." Physical processes are then described using the systems approach in a "micro-to-macro" sequence, including atomic/nuclear, molecular, electrical/magnetic, mechanical, thermal, fluid, wave/radiating, and optional astronomic/cosmic effects. Definitions and descriptions of the mass/energy interactions involved are given for each type of system, leading toward diagnosis and troubleshooting methods in technical applications.