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Physics 145 Introduction to Experimental Physics I Instructor: Karine Chesnel

Physics 145 Introduction to Experimental Physics I Instructor: Karine Chesnel Office: N319 ESC Tel: 801- 422-5687 kchesnel@byu.edu Office hours: on appointment Class website: http://www.physics.byu.edu/faculty/chesnel/physics145.aspx. Class organization.

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Physics 145 Introduction to Experimental Physics I Instructor: Karine Chesnel

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  1. Physics 145 Introduction to Experimental Physics I Instructor: KarineChesnel Office: N319 ESC Tel: 801- 422-5687 kchesnel@byu.edu Office hours: on appointment Class website: http://www.physics.byu.edu/faculty/chesnel/physics145.aspx

  2. Class organization • Get the Manual at the bookstore (Phys 451 packet) • Get your CID online (department website) • Get your own lab notebook before the first lab! Labs (3 hours) S420 ESC Wednesday or Thursday or Friday Lecture (1 hour) Tuesday 1pm 254 CB

  3. Your lab assignments Prepare by reading the introduction material Answer quiz questions (within the first half hour) and submit the sheet to your TA Proceed to the experiments: L1.1, L1.2, etc… Write a report of your findings for each experiment, in your lab notebook (individual reports)

  4. Grades Lab report (20 pts) • Reading quizzes: 5 pts • Experiment, Data, observation: 10 pts • Discussion / Conclusion: 3 pts • Participation: 2 pts Final Test: 20 pts

  5. Lab 1 Geometric Optics Waves Optics

  6. Real Image Formation

  7. Sign conventions Lens convex concave f < 0 f > 0 Object: do > 0 always di > 0 if real, di < 0 if virtual Image:

  8. Magnification Angular magnification Transverse magnification m = -

  9. Your lab assignments A. Geometric Optics (using visible light) • L1. 1: Measure focal length • L1.2: Verify length equation and magnification • L1.3: Determine minimum distance object- image • L1.4: Create a simple telescope B. Waves Optics (using microwaves) • L1. 5: Measure polarization with antenna • L1.6: Measure wavelength

  10. Lab 6 AC-Circuit Theory and Complex Numbers

  11. Your lab assignments • 6. 1: resistors, capacitors, inductors • 6.2: AC Driven Series LRC Circuit • 6.3: Complex Numbers • 6.4: Euler’s Equation • 6.5: Polar Format of Complex Numbers • 6.6: Real vs Complex AC Quantities • 6.7: LRC Circuits in Complex Notation Exercises

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