A simple DC circuit experiment is conducted using a circuit diagram shown below: 26 v 13 mA

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Chapter1: Units, Trigonometry. And Vectors
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A simple DC circuit experiment is conducted using a circuit diagram shown below:
26 v
3 mA
R
R
(Indiabix technologies, 2021)
In the figure above, two same unknown standard resistor R is connected in the circuit . The voltmeter
and ammeter are connected to the circuit as shown above.
a) Calculate the unknown resistance of the resistor used in the circuit.
b) If we increase the voltage to 40 V, calculate the current measured by the ammeter. |
c) Using the data from the above experiment, a graph is plotted between voltage along the Y axis and
current along the X axis as shown below:
Transcribed Image Text:A simple DC circuit experiment is conducted using a circuit diagram shown below: 26 v 3 mA R R (Indiabix technologies, 2021) In the figure above, two same unknown standard resistor R is connected in the circuit . The voltmeter and ammeter are connected to the circuit as shown above. a) Calculate the unknown resistance of the resistor used in the circuit. b) If we increase the voltage to 40 V, calculate the current measured by the ammeter. | c) Using the data from the above experiment, a graph is plotted between voltage along the Y axis and current along the X axis as shown below:
c) Using the data from the above experiment, a graph is plotted between voltage along the Y axis and
current along the X axis as shown below:
Graph for Voltage vs Current for a Resistor
10
13
Current (in mA)
15
20
(Elecrical Resistance and Oln's Las - Adan Cap, no date)
Based on the above graph can you state Ohm's Law.
d) If the standard resistors is replaced with a diode of 2V, Whether the graph drawn between
Voltage(V) and Current(T) have the same shape or different. Give the relationship between the
Voltage and current in this case.
e) Explain how a diode is different from a a standard resistor.
Transcribed Image Text:c) Using the data from the above experiment, a graph is plotted between voltage along the Y axis and current along the X axis as shown below: Graph for Voltage vs Current for a Resistor 10 13 Current (in mA) 15 20 (Elecrical Resistance and Oln's Las - Adan Cap, no date) Based on the above graph can you state Ohm's Law. d) If the standard resistors is replaced with a diode of 2V, Whether the graph drawn between Voltage(V) and Current(T) have the same shape or different. Give the relationship between the Voltage and current in this case. e) Explain how a diode is different from a a standard resistor.
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