<thinking>
Okay, let's see. I need to create a SPICE-like netlist for this circuit. First, I should identify all the components and their connections.

Starting from the left, there's a capacitor labeled C1 connected between node 1 and node 2. Then, there's a dependent voltage source marked with x1*V0. The dependent source is connected between node 1 and node 4. Wait, the dependent source's controlling voltage is V0, which is across R1. So the dependent source's value depends on the voltage across R1.

Next, there's a resistor R2 between node 4 and node 2. Then, the voltage source V1 is connected between node 2 and node 0 (ground). On the right side, resistor R1 is between node 2 and node 0. The dependent source's controlling voltage V0 is the voltage across R1, which is between node 2 and 0.

Let me list the components:

1. Capacitor C1: Nodes 1 and 2.
2. Dependent voltage source (E) with value x1*V0: Nodes 1 and 4. The controlling voltage is V0, which is across R1 (nodes 2 and 0).
3. Resistor R2: Nodes 4 and 2.
4. Independent voltage source V1: Nodes 2 and 0.
5. Resistor R1: Nodes 2 and 0.

Wait, the dependent source is a voltage source, so in SPICE, it's an E element. The format for E is E<name> <n+> <n-> <controlling nodes> <value>. So E1 1 4 V0 x1. But V0 is the voltage across R1, which is between nodes 2 and 0. So the controlling voltage is V(2,0). So the dependent source would be E1 1 4 2 0 x1.

Then the independent voltage source V1 is between node 2 and 0. So V1 2 0 <value>.

Resistors R1 and R2 are straightforward: R1 2 0 <value>, R2 4 2 <value>.

Capacitor C1 is between 1 and 2: C1 1 2 <value>.

So putting it all together:

C1 1 2 <value>
E1 1 4 2 0 x1
R2 4 2 <value>
V1 2 0 <value>
R1 2 0 <value>

Wait, but in SPICE, the dependent source syntax is E<name> <n+> <n-> <controlling n+> <controlling n-> <value>. So for E1, it's E1 1 4 2 0 x1.

Yes. So the netlist lines would be:

C1 1 2 
E1 1 4 2 0 x1
R2 4 2 
V1 2 0 
R1 2 0 

But I need to include the component values. However, since the values aren't specified in the image, I'll just use the component names as placeholders. So the netlist lines would have the component names and nodes, with the values as the component identifiers.

Wait, in SPICE, the component name is followed by the nodes and then the value. For example, R1 2 0 <value>. But since the actual values (like 1k, 10uF) aren't given, we just use the component designators as the values. So the netlist would be:

C1 1 2 
E1 1 4 2 0 x1
R2 4 2 
V1 2 0 
R1 2 0 

But in standard SPICE, the dependent source would be E1 1 4 2 0 x1, where x1 is the multiplier. So that's correct.

So the final netlist lines are:

C1 1 2 
E1 1 4 2 0 x1
R2 4 2 
V1 2 0 
R1 2 0 

I think that's all. Let me double-check the connections. The capacitor is between 1 and 2. The dependent source is between 1 and 4, controlled by V0 (nodes 2 and 0). R2 is between 4 and 2. V1 is between 2 and 0. R1 is between 2 and 0. Yes, that matches the circuit.
</thinking>
<answer>
C1 1 2 
E1 1 4 2 0 x1
R2 4 2 
V1 2 0 
R1 2 0 
</answer>