SOLUTION: In electronics, according to Ohm's law, E = IR, where "E" is
voltage (measured in volts), "I" is current (measured in amps), and
"R" is resistance (measured in ohms).
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-> SOLUTION: In electronics, according to Ohm's law, E = IR, where "E" is
voltage (measured in volts), "I" is current (measured in amps), and
"R" is resistance (measured in ohms).
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Question 872411: In electronics, according to Ohm's law, E = IR, where "E" is
voltage (measured in volts), "I" is current (measured in amps), and
"R" is resistance (measured in ohms).
Express the resistance, R, in terms of voltage "E" and current "I".
In other words, solve E = IR for "R" by treating "E" and "I" as
constants.
