# Difference between revisions of "Lab 1 TF EIM"

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|Variable ||Measured Value | |Variable ||Measured Value | ||

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− | | <math>V_{ab}</math> || | + | | <math>V_{ab}</math> || |

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− | | <math>R_1</math> || | + | | <math>R_1</math> || |

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− | | <math>R_2</math> || | + | | <math>R_2</math> || |

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− | | <math>R_3</math> || | + | | <math>R_3</math> || |

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## Revision as of 03:02, 22 October 2010

Kirchoff's Law

Construct the circuit below.

Enter the values of the DC voltage and all resisters

Variable | Measured Value |

Enter the measured and predicted quantities in the table below

Variable | Measured Value | Predicted Value | % Difference |

Use Kirchoff's laws to predict the current values and compare them to your measurements by filling in the table below.