User:Jared A. Booth/Notebook/Physics 307L/2009/10/28: Difference between revisions

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==Theory==
==Theory==
==Equipment==
==Equipment==
Uchida e/m Experimental Apparatus Model TG-13<br>
Two BK Precision Digital Multimeters, Model 2831B<br>
Gelman Instrument Company Deluxe Regulated Power Supply<br>
SOAR Corporation DC Power Supply Model 7403<br>
HP DC Power Supply Model 6384A
==Safety==
==Safety==
<b>Personal Safety:</b>  In this lab we will be dealing with high voltage currents as well as currents of up to 2 amperes. Currents as low as 100 mA can be lethal ([http://en.wikipedia.org/wiki/Electric_shock Wikipedia]) so proper caution is essential.
<b>Personal Safety:</b>  In this lab we will be dealing with high voltage currents as well as currents of up to 2 amperes. Currents as low as 100 mA can be lethal ([http://en.wikipedia.org/wiki/Electric_shock Wikipedia]) so proper caution is essential.

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e/m Ratio

Objective

  1. To measure the ratio of the charge versus mass on an electron.

Theory

Equipment

Uchida e/m Experimental Apparatus Model TG-13
Two BK Precision Digital Multimeters, Model 2831B
Gelman Instrument Company Deluxe Regulated Power Supply
SOAR Corporation DC Power Supply Model 7403
HP DC Power Supply Model 6384A

Safety

Personal Safety: In this lab we will be dealing with high voltage currents as well as currents of up to 2 amperes. Currents as low as 100 mA can be lethal (Wikipedia) so proper caution is essential.

Equipment Safety: The power supply for the heating element should not exceed 6.3V. Ensure all equipment is undamaged and hooked up properly before applying any currents. A not pasted to the top of one of the digital multimeters indicates it is possibly broken, signed Steve Koch and dated January, 2009.

Procedure

The procedure will be followed according to the lab manual

Day 1
 We began by ensuring the equipment was hooked up properly with the correct settings.

Raw Data

Accelerating Voltage Coil Current Beam Radius

Data Analysis

Error Analysis

Results

Acknowledgments


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