The discussion revolves around the measurement of Young's modulus of copper using experimental data collected from a copper wire. The original poster presents data on the mass applied and the corresponding extension of the wire, expressing uncertainty about how to analyze the data, particularly in determining the slope of the graph representing the relationship between mass and extension.
The conversation is ongoing, with participants providing insights into the nature of experimental data and the challenges of graphical representation. There is no explicit consensus on the best approach to analyze the data, but guidance on plotting and interpreting the graph has been offered.
Participants are navigating the complexities of experimental data analysis, including the implications of having multiple linear trends in the graph and the inherent uncertainties in such measurements.
ideasrule said:What do you mean by "I don't know how to find the exact slope"? With experimental data, you can never get exact values. The best you can do is plot the data and draw a best-fit line.