According to Ohm's Law, if you were to plot the voltage V on the vertical axis and the current I on the horizontal axis, what would be the slope of that line? The plot would not be a line, so there is no slope OR, the Resistance 1/R, the inverse of the Resistance OI/V, Current divided by Voltage 2R, the Resistance squared

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Chapter1: Units, Trigonometry. And Vectors
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explanations needed.
Question 1
According to Ohm's Law, if you were to plot the voltage V on the vertical axis and the current I on
the horizontal axis, what would be the slope of that line?
O The plot would not be a line, so there is no slope
R, the Resistance
1/R, the inverse of the Resistance
I/V, Current divided by Voltage
2R, the Resistance squared
Question 2
Which statement is FALSE concerning two resistors connecting in SERIES?
The currents through the resistors sum to the total current flowing through the voltage source.
O The current through the each resistor is equal to the total current flowing through the voltage source.
The sum of the voltages across each resistor equals the voltage of the battery
Transcribed Image Text:explanations needed. Question 1 According to Ohm's Law, if you were to plot the voltage V on the vertical axis and the current I on the horizontal axis, what would be the slope of that line? O The plot would not be a line, so there is no slope R, the Resistance 1/R, the inverse of the Resistance I/V, Current divided by Voltage 2R, the Resistance squared Question 2 Which statement is FALSE concerning two resistors connecting in SERIES? The currents through the resistors sum to the total current flowing through the voltage source. O The current through the each resistor is equal to the total current flowing through the voltage source. The sum of the voltages across each resistor equals the voltage of the battery
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