can someone help me with this problem **Problem 1**A device is shown in Figure 1, which has the voltage-current characteristics depicted in Figure 2. This device can be modeled as a current source in parallel with a resistor.- **Figure 1**: A schematic representation of the device with terminals labeled A and B, showing current \( I_T \) in microamperes (\(\mu A\)) flowing through and voltage \( V_T \) in volts (V).- **Figure 2**: A graph titled "Device Voltage-Current Characteristics" with voltage \( V_T \) (in volts) on the y-axis and current \( I_T \) (in microamperes, \(\mu A\)) on the x-axis. The graph shows a linear relationship, starting at the point (-2, -1) and ending at (10, 5).You aim to construct the circuit depicted in Figure 3, which incorporates two of these devices. **Question**: How much power would each of these devices consume?- **Figure 3**: A circuit diagram featuring two identical devices (from Figure 1) labeled A and B, connected in parallel with a 100k ohm resistor (\(100k\ \Omega\)). An additional current source of 20 microamperes (\(20\ \mu A\)) supplies current to the circuit.

We are given a device with voltage-current characteristics shown below: We have to find power consumed by each device if we want to build the circuit shown below:From figure-2, first we obtain the relationship between voltage and current. As per approximation from figure-2, we find two coordinates: x1,y1⇒0,-1.2;x2,y2⇒2μ,0 Equation for current and voltage will be: y-y1=y2-y1x2-x1x-x1;y--1.2=0--1.22μ-0x-0;y+1.2=1.22×10-6x=0.6×106x;y=600×103x-1.2;VT=600×103IT-1.2 ...(1) Equation-(1) is the relationship between voltage and current for the device in figure-(1).Now we use two same devices as of figure-(1) in figure below: Applying KCL in the circuit, we get: -20μ+IT+IT+VT100k=0;-20×10-6+2IT+600×103IT-1.2100×103=0;-20×10-6100×103+2100×103IT+600×103IT-1.2=0;-2+800×103IT-1.2=0;800×103IT=3.2;IT=3.2800×103=4×10-6 Amp;IT=4 μAmp Hence, value of voltage VT will be: VT=600×103IT-1.2=600×1034×10-6-1.2;VT=2.4-1.2;VT=1.2 Volt Power consumed from the device will be: PT=VT×IT=1.2×4×10-6;PT=4.8×10-6 Watt;PT=4.8 μWatt Therefore, power consumed from each of the devices will be: PT=4.8 μWatt