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| |align="center" style="background:#f0f0f0;"|'''Mondays''' | | |align="center" style="background:#f0f0f0;"|'''Wednesday''' |
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| *[[/070827|Monday August 29]] | | *[[/070827|Wednesday August 29 (O-Scope)]] |
| | | *[[/070910|Wednesday September 12 (e/m)]] |
| *[[/070910|Monday September 12]] | | *[[/070919|Wednesday September 19]] |
| *[[/070917|Monday September 19]] | | *[[/070926|Wednesday September 26 (Poisson)]] |
| *[[/070924|Monday September 26]] | | *[[/071003|Wednesday October 3]] |
| *[[/071001|Monday October 3]] | | *[[/071017|Wednesday October 10 (Plank's Constant)]] |
| *[[/071008|Monday October 10]] | | *[[/071010|Wednesday October 17]] |
| *[[/071015|Monday October 17]] | | *[[/071024|Wednesday October 24 (Speed O Light)]] |
| *[[/071022|Monday October 24]] | | *[[/071031|Wednesday October 31 --needs to be made up ]] |
| *[[/071029|Monday October 31]] | | *[[/071107|Wednesday November 7 (Excitation Levels of Neon)]] |
| *[[/071105|Monday November 7]] | | *[[/071114|Wednesday November 14]] |
| *[[/071112|Monday November 14]] | | *[[/071121|Wednesday November 21 (Balmer Series)]] |
| *[[/071119|Monday November 121]] | | *[[/071128|Wednesday November 28]] |
| *[[/071126|Monday November 28]] | | *[[/071205|Wednesday December 5]] |
| *[[/071203|Monday December 5]] | | *[[/071205|Lab Notes]] |
| [[Category:Course]] [[Category:Physics 307L Fall 2007]] | | [[Category:Course]] [[Category:Physics 307L Fall 2007]] |
| [[Category:Physics]] [[Category:Lab notebook]] | | [[Category:Physics]] [[Category:Lab notebook]] |
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| |} | | |} |
| ==Oscilloscope Lab Summary==
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| [http://openwetware.org/wiki/Antonio_C._Rivera_Lab_book/070827# Lab]
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| [http://openwetware.org/wiki/Antonio_C._Rivera_Lab_book/070827# Lab]
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| # Report your value for the fall time using AC coupling.
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| ''fall time = 57.48ms''
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| * Include error bars!
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| {{Side comment|comment=[[User:Steven J. Koch|Steven J. Koch]] 14:33, 28 August 2007 (EDT):I agree: taking multiple measurements and then using Excel or something to compute the mean and standard error of the mean would be a good way to include error bars. If this were a "real lab," I would not accept the answer without error bars, so you would have to find a way to take more data!}}
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| ''should have taken multiple measurements over time the used mean square for value
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| and std deviation for error''
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| * Explain how you measured this (briefly)
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| ''This was measured by using the oscilloscope's measurement and selecting "fall time"''
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| # What did you learn?
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| {{Side comment|comment=[[User:Steven J. Koch|Steven J. Koch]] 14:36, 28 August 2007 (EDT):I am glad you learned a lot, and that will be great if you can play around with a scope at work. I completely agree that I should have left more time for creative work--I apologize for misjudging how long the exercise would take!<br><br>I will send you an email with your grade for this lab.}}
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| * It's OK if you didn't learn anything. But include things you are still confusing.
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| ''I learned a lot about how to read the scope and to make measurements using the tools on the scope.
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| I think it will help when I am doing labs and have to use it to measure data. I have used a
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| multi-meter extensively at work but not an oscilloscope. I am still not full sure how I might use
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| it for measuring values from the actual labs, but think that this will come as the
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| lab progresses.''
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| # What did you explore outside of the standard lab procedure? Anything interesting?
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| ''Didn't have time to do more would like to have more time to play.
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| I may pull one out at work and play around a bit when I get time.''
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| # What could make the lab better next year?
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| ''shorten to leave more time for play.''
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