3. The graph shows a linear relationship between current and voltage, indicating that they are directly proportional to each other (i.e., as one increases, so does the other).
4. The resistance can be calculated by finding the slope of the graph, which is equal to I/R. So, R = V/I = (change in voltage)/(change in current) = (6 - 0)/(0.5 - 0) = 12 ohms. Therefore, the resistance is 12 ohms.
5. (Graph image not provided as I am an AI language model)
Analysis of Data:
1. After completing the Data Table from Question #9, the Ohm's Law PhET, create a line graph by plotting Current on the y-axis and Voltage on the x-axis.
2. The slope of the graph is I/R.
3. What type of relationship is shown in your graph? Answer below - in complete sentences.
4. From the graph, what is the Resistance? Answer below
5. (Optional) Submit your graph image for bonus points.
1 answer
5 answers