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The image shows three different electrical circuits (labeled as (a), (b), and (c)) from what appears to be a problem related to diode circuits and resistors. Based on the text visible, the circuits seem to be variations of basic series and parallel resistor-diode configurations. The problem likely involves calculating currents or voltages, particularly the diode current.

Here’s a quick breakdown of each circuit:

1. **Circuit (a)**: 
   - A simple series circuit with a voltage source \(V_s\), a resistor \(R_s\), and a diode.
   
2. **Circuit (b)**: 
   - Similar to (a), but the diode polarity is reversed.
   
3. **Circuit (c)**: 
   - A more complex configuration with a voltage source \(V_s\), three resistors \(R_1\), \(R_2\), and \(R_3\), with one diode in the circuit. It appears \(R_2\) and \(R_3\) are in parallel, and the diode connects to this section.

To assist further, I would need more information on the problem statement or specific values for the components like \(V_s\) or resistances \(R_1\), \(R_2\), \(R_3\), and \(R_s\).

Would you like to proceed with a specific part of the problem, or do you have further details or questions? 

Here are some related questions that might help:

1. Do you want to calculate the current flowing through the diode in any of these circuits?
2. Are the values of the voltage source and resistors given in the problem?
3. Is the diode ideal, or does it have a specified threshold voltage (e.g., 0.7V for a silicon diode)?
4. Should we analyze the forward and reverse bias behavior of the diodes?
5. Would you like to calculate the power dissipation in any of the resistors?

**Tip**: When solving diode circuits, always check the polarity of the diode to determine whether it's forward or reverse biased, as this will impact whether it conducts or blocks current.

In Gambar 2-26, analyze the given circuits (a), (b), and (c) and calculate the diode current and relevant circuit parameters.

Analyze the diode circuits in Gambar 2-26, including forward and reverse bias configurations. Calculate the diode current using Ohm's Law and Kirchhoff's Voltage Law (KVL). This problem is suitable for college-level electrical engineering students.

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