Describe the voltage vs current graph for a single resistor? ( is the data linea

Question

Describe the voltage vs current graph for a single resistor? ( is the data linear, exponential...?) How does this verify Ohm's law?

Data Table 1 10 Resistor 33 Resistor Voltage 1012 & 33 Resistors in 10 & 33 Resistors in Series Parallel Voltage Voltage Current Current 0.30 1 V 1 V 2 V 2 V 6 V 8 V 3.310 V 8 V 10 V Data Table 2 Ohm's Law 10 Resistor 33 Resistor 10 Accepted value R2 Accepted Value R Theoretical total resistance Measured total resistance 10 3.5 Theoretical total resistance |Measured total resistance 90 % difference % difference 10 & 33 Resistors in Series 10 & 33 Resistors in Parallel 10 10 12 | Accepted Value R1 Accepted Value R Accepted Value R2 Theoretical total resistance Measured total resistance 33 Aug | Accepted Value R2 33.19952 12 Theoretical total resistance (2 Measured total resistance %1%difference 7,67 2111,6 l cat14 % difference

Explanation / Answer

For 10 Ohm resistance,
If we plot the V-I graph, we will get a straight line (except for the point ( 2V, 0.3 A)). This satisfies the Ohm's law,
V = RI, where R is a constant and V is directly proportional to I.
For 33 Ohm resistor,
We get a better straight line compared with the 10 Ohm resistor, and Ohm's law is obeyed.

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