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Unformatted text preview: 1. 1/1 points All Submissions Notes Web Assign Lab 07 S10 Circuit energy, capacitors (Lab) Kiyaniah Tilghman PY 208, section 210, Spring 2010 Instructor: Kelly Patton TA Current Score : 50 / 50 Due : Wednesday, March 10, 2010 04:50 PM EST About this Assignment Question Points 1 2 3 4 5 1 19 6 8 16 Total 50/50 (100.0%) Description Energy conservation in circuits; charging and discharging capacitors Instructions Instructions for Energy conservation in circuits (problems 2 and 3). Enter predictions and data in WebAssign. The recorder should verify that all group members agree with the predictions and the recorded data. The skeptic should be questioning if the data is reasonable! Instructions for Capacitors (problems 4 and 5) Enter your predictions and data into this Excel spreadsheet (right-click and Save As something.xls) Group Members (Group 2) Jones, Garrett Tilghman, Kiyaniah McCraney, Ashley The due date for this assignment is past. Your work can be viewed below, but no changes can be made. Only the Recorder for your group should submit this assignment. Who was the Manager of your group for this lab session? (Enter first and last name; for example: Kim Jones. 2. 19/19 points All Submissions Notes Garrett Jones Key: Name Who was the Recorder? Kiyaniah Tilghman Key: Name Who was the Skeptic? Ashley McCraney Key: Name Who was the Summarizer? (If none, type "none".) None Key: Name (3.3) 214 200 mA (220.127.116.11) Enter your formula here. When entering your formula, use (emf) and the capital letter L . E 1 = (emf)/(L/2) 2*(emf)/L Enter your formula here. When entering your formula, use (emf) and the capital letter L . E 2 = (emf)/L (emf)/L (18.104.22.168) = 2 2 (22.214.171.124) 368 500 mA (126.96.36.199) 196 184 mA (188.8.131.52) = 1.87755102 1.88 (184.108.40.206) Enter your formula here. When entering your formula, use (emf) and the capital letter L ....
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- Spring '10
- Electric charge, The Circuit, Bulb