Your attachments are not working. Do they show your work toward the solutions?Avanthica said:
Are you asking how to plot both sets of data in one graph? I don't think you are being asked to do that. They’re two separate graphs.Avanthica said:
thank you sir for taking time to respond to my doubt. but sir it is asked to plot both the data's in a single graph. in that case what scale will be suitable to plot the data's. both the data's given are for same silicon diode IN4001haruspex said:
It shows the data's for plotting the graph sirberkeman said:
Not the way I read it: (draw the graph between the voltage and the current and hence find the dynamic resistance of the diode) for both forward and reverse bias condition.Avanthica said:
Ok sir thank you so muchharuspex said:
What are the 4 columns of data, and what units are they in?Avanthica said:
I think the OP's difficultly has been resolved.berkeman said:
Plotting graphs for both small and large values allows us to see the relationship between variables at different scales. It can also help us identify any patterns or trends that may not be visible when only plotting for a certain range of values.
The scale of a graph should be determined based on the range of values for the variables being plotted. It is important to choose a scale that allows for clear visualization of the data without any distortion or exaggeration.
It is not recommended to use the same scale for both small and large values on a graph. This can lead to distortion and make it difficult to accurately interpret the data. It is best to use different scales or a logarithmic scale when plotting for a wide range of values.
To avoid misleading the reader, it is important to clearly label the axes and provide a scale that accurately represents the data. It is also helpful to include a legend or annotations to explain any changes in scale or breaks in the graph.
There are several techniques that can be used when plotting graphs with small and large values. These include using a logarithmic scale, breaking the graph into smaller sections with different scales, and using a combination of line and bar graphs to show the relationship between variables at different scales.