IV League
For each of the circuits and current-voltage characteristics shown below, specify the component, if any, that could be added in the box to cause the current I and the voltage V to have the pictured relationship. Valid components are limited to:
- resistors with finite positive resistance,
- voltage sources with finite nonzero voltage,
- and current sources with finite nonzero current.
Specify the appropriate component by naming its type and its value (be careful of directionality!). Examples:
Single Component
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Single Component 2
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Single Component 3
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Series
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Series 2
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Parallel
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Parallel 2
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
More Complicated
What single component, if any, can be drawn in the box in the circuit on the left to cause the current I and the voltage V to be related as shown in the graph on the right?
Show/Hide
If you pick a value of $I$, you know the associated value of $V$ (from the curve!). Using this, you should be able to solve for the current through, and the voltage across, the unknown component when $I$ and $V$ have those values. This gives you one point on that mystery component's $IV$ curve.Finding one more point on the IV curve should tell you what type of component is missing, as well as its parameter.