-----dependant current source (500.Ix)--------------------------
------resistor 1 (r1 = 2k Ohm)-^----------resistor 2 (r2=1k Ohm)--------resistor 4 (r4=2k Ohm) ^
^ ^ ^--resistor 3 (r3=1kOhm) ^
^ ^independant tention source (Vs = 20V) ^ ^
depedant tention source (2.13^-3 .Vx)--^------------------------------------^-current Is=10mA-
A circuit diagram!

Let's break it down:

**Independent Sources:**

1. Independent voltage source (Vs = 20V)
2. Independent current source (Is = 10mA)

**Dependent Sources:**

1. Dependent current source (500Ix)
2. Dependent voltage source (2.13^-3 Vx)

**Resistors:**

1. Resistor 1 (R1 = 2k Ohm)
2. Resistor 2 (R2 = 1k Ohm)
3. Resistor 3 (R3 = 1k Ohm)
4. Resistor 4 (R4 = 2k Ohm)

**Connections:**

* The independent voltage source (Vs) is connected to the top node of R1 and R2.
* The dependent voltage source (2.13^-3 Vx) is connected to the top node of R3.
* The dependent current source (500Ix) is connected to the bottom node of R1 and R4.
* The independent current source (Is) is connected to the bottom node of R2 and R3.
* R1, R2, and R3 are connected in a loop.
* R4 is connected in series with the dependent current source (500Ix).

To analyze this circuit, we can apply Kirchhoff's laws (KVL and KCL) and nodal analysis. Do you want me to help with that?
The current through resistor 1 is 10mA, the current through resistor 2 is 10mA, the current through resistor 3 is 0.13mA, and the current through resistor 4 is 0.13mA.