11) For the circuit shown in the figure, determine the currents 1, 12, & 13 for the 7.0- O resistor, the 8.0-2 resistor, and the 4.0-O resistor, respectively.

Q: Using the Node Voltage Method, what is the voltage v1

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Q: they are defined as Vs=2V and Is=12A, respectively, in the circuit given below, how many volts will…

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Q: Which of the following is the Norton's Equivalent Resistance for the given circuit?

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Q: . Find the value of the load resistor RL shown in the circuit below that gives maximum power…

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Q: 11. For the circuit below composed of standard values: • Determine the time constant. Write the…

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Q: 2) For the circuit shown in Figure below find:

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Q: Q.1/ Using Kirchoff's laws. Find the currents and voltages for the circuit shown in Figure 1.

A: As per Bartleby guidelines we are allowed to solve only one question,please ask the rest again.

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Q: Using Kirchhoff’s law, write the current equations for the circuit shown in figure 2

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Q: Superposition Method. Determine the voltages at the 5-ohm resistor due to the 24-Volt, 38-Volt and…

A:

Q: Find the voltage Vs ,using superposion

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Q: Write the Loop-current equations for the circuit below. Then, determine the values of i1, i2 and i3.

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Q: For the circuit, shown below, find the currents flowing through each of the resistors.

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Q: For the circuit below using Kirchhoff's Voltage Law, determine the value of VRI and VR2: (Provide…

A: The solution can be achieved as follows.

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Q: Find the equivalent resistance to the combination shown on the right.

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Q: Calculate the equivalent resistance of the following circuit shown below,

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Q: Find the current value of i1 using the eye-current method in the circuit given below.

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Q: Calculate the equivalent resistance of the circuit shown below.

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Q: In the circuit given below, find the current value i2

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Q: Please answer: 1.The contribution of the 12 ? independent voltage source (?'0) to the value of ?0.…

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Q: How do you calculate the effective resistance of a parallel circuit?  (Equation)

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Q: Given the series-parallel circuit below, calculate for the current and potential difference across…

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Q: Part II. In the given circuit below, determine the current flowing through each resistors using;…

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Q: Find the current ?? in the circuit in the figure? (Can you write the steps in detail in sentences?)

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Q: which of the following is the value of ID2 current in the circuit shown in the figure?

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Q: Obtain the current flowing in the circuit in resistance(22) with Nodal Analysis Techniques.

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Q: IN BRANCH CURRENT METHOD, THERE SHOULD BE MULTIPLE VOLTAGE SOURCES IN THE CIRCUIT THAT EITHER…

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Q: For the circuit shown in the figure, solve for Io

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Q: what can you conclude when we sum up the voltages across a loop/branch? What value is it equal to?

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Q: 1. Superposition Method. Determine the voltages at the 5-ohm resistor due to the 24-Volt, 38-Volt…

A:

Q: Obtain the power absorbed by each of the resistors (use the reduction method for series and parallel…

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Q: For the circuit shown, compute the branch currents, I1 and I2, and the current on each resistor.

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Q: A circuit in which the resistance is almost zero ohms is referred to by which of the following…

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Q: Draw the circuit given in the figure in its simplest form, determine the variables that do not…

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Q: the Wheatstone bridge Determine the value of the unknown resistor, in the circuit of ( R1= 12 , R2=…

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Thermistors

A thermistor is a special type of resistor whose resistance is more temperature-dependent than standard resistors.  The resistance of the thermistor decreases with increasing temperature. This is the basic principle of thermistors. This allows the thermistor circuit to detect very small temperature changes that cannot be observed with the Resistance temperature detectors (RTDs) or the thermocouples. Since the resistance of a thermistor is temperature dependent, it can be connected to an electrical circuit to measure body temperature. This high sensitivity to temperature changes makes thermistors very useful for accurately controlling and calibrating temperature measurements. In general, resistance increases with increasing temperature in most metals, but thermistors react negatively.