This app calculates the current flowing through a resistor in a parallel circuit.

default-2023

input_voltage

input_1

input_10

input_11

input_12

input_2

input_3

input_4

input_5

<p class="ql-align-center"><img src="data:image/png;base64,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"></p><p class="ql-align-center">Enter the parameters below. If a resistor is unused, select "no".</p>

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