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the equations are correct.

Hypothesis: The data from the circuit will be a direct correlation to Kirchoff and Ohms Laws. The amperage, voltage, and resistance laws will be seen in the circuit. VT will be equal to the sum of V1 and V2. R1 and R2 can be obtained by dividing V1 and V2 by I2 according to Ohm’s law. In a parallel circuit, the IT will be equal to the sum of I2 and I3. VT will be equal to V1. Also, V2, R1, R2, and RT can be obtained by dividing V1 and V2. VT can be obtained by dividing V1, V2 and VT by I1,I2, and IT.

DATA/RESULTS:

Series Circuit Parallel Circuit

V1 2.44V 2.87V

V2 0.48V 2.87V

VT 2.93V 2.87V

Series Circuit Parallel Circuit

I1 1.61V 18.8MA

I2 1.61V 87.9MA

IT 1.61V 104.2MA

Calculations:

Conclusion: In my hypothesis, I stated that the data from the circuit will be a direct correlation to Kirchoff and Ohms Laws. My hypothesis was correct except for a few exceptions and errors. The results were just a few points away from the exact estimate.

The amperage, voltage, and resistance laws will be seen in the circuit. The data acts as evidence to support the hypothesis. In a series circuit, the formula AI=A1=A2=A3 is proven correct because the amps remained the same. Also in the series circuit, the law VT=V1+V2+V3 is proven correct by the data/results. My data/results proved that the formula as the voltages added up to the total voltage. Kirchoff’s Laws in a parallel circuit are proven. The formula AT=A1+A2+A3 was displayed as the separate amperages added up to the

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