**Circuit: 1**

**Circuit: 2**

**Circuit: 3**

**Circuit: 4**

In all the above circuits, there are three resistors each of resistance \(1 \Omega \). Let \(R_{eq_1}\), \(R_{eq_2}\), \(R_{eq_3}\) and \(R_{eq_4}\) be the equivalent resistances of the circuit \(1\), \(2\), \(3\) and \(4\) respectively. Find \[ R_{eq_1} \times R_{eq_2} \times R_{eq_3} \times R_{eq_4}\]

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