What This Document Is
This document is a lab report for Physics 120 (Gen Elec-Magnetsm) at Hunter College CUNY, specifically detailing Experiment #5: “The Oscilloscope.” It outlines a hands-on exploration of oscilloscope functionality and its application in measuring electrical signals. The report details a student’s work, including an introduction to oscilloscope principles, the experimental procedure followed, and preliminary data collected.
Why This Document Matters
This lab report is essential for students enrolled in Physics 120. It serves as a record of practical experience with a fundamental piece of electrical engineering equipment – the oscilloscope. Understanding oscilloscopes is crucial for anyone working with electrical circuits, signal processing, or electronics. This report is likely part of a graded series of labs designed to reinforce theoretical concepts with practical application. It’s used during the lab session to document findings and later for review and assessment.
Common Limitations or Challenges
This document represents *one* student’s execution of the lab. It does not substitute for direct instruction on oscilloscope operation or a comprehensive understanding of the underlying physics principles. It also only presents a portion of the complete lab experience; further analysis, conclusions, and potentially error analysis would be expected in a finished lab report. This preview does not provide solutions or detailed explanations of the concepts.
What This Document Provides
The full document includes: an introduction to the oscilloscope and its components (CRT, electron gun, deflection plates), a detailed procedure for using the oscilloscope with various circuits (RC box, function generator, dry cell), data tables for recording measurements of voltage, frequency, and period, and a diagram illustrating the RC series circuit setup (Figure A). This preview *does not* include the completed data tables, any analysis of the data, or the student’s conclusions. It also does not include the full text of Figure A.