Consider a resistor of (0+ 255) N is connected to power source and voltage drop across the resistor are observed for the various input voltages and recorded in the table below. Calculate the current and verify the Ohm's Law by fill the following table. Resistance Voltage across Current by Ohm's Law (Ohm) the Resistor 2 V 4 V 6 V 8 V 10 V b. Graphically show the relationship between the voltage and current, using the values in part a. Also, find the resistance value from the graph.
Consider a resistor of (0+ 255) N is connected to power source and voltage drop across the resistor are observed for the various input voltages and recorded in the table below. Calculate the current and verify the Ohm's Law by fill the following table. Resistance Voltage across Current by Ohm's Law (Ohm) the Resistor 2 V 4 V 6 V 8 V 10 V b. Graphically show the relationship between the voltage and current, using the values in part a. Also, find the resistance value from the graph.
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Transcribed Image Text:Question 2:
a. Consider a resistor of (0+ 255) N is connected to power source and voltage drop across the
resistor are observed for the various input voltages and recorded in the table below. Calculate the
current and verify the Ohm's Law by fill the following table.
Resistance
Voltage across
Current by Ohm's Law
(Ohm)
the Resistor
2 V
4 V
6 V
8 V
10 V
b. Graphically show the relationship between the voltage and current, using the values in part a.
Also, find the resistance value from the graph.
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