Shetch the graph of the relation between the extension of a spiral spring and the load attached to it.when it is gradually loaded up to the elastic limit.
Solve
well, since F = kx you know that part of the graph is a straight line.
you can find examples online.
Pls where is the sketch graph
Plz were is the sketch graph
To sketch the graph of the relationship between the extension of a spiral spring and the load attached to it, you will need to follow a few steps:
1. Gather the necessary data: To create the graph, you will require measured values of the extension of the spring corresponding to different loads applied to it. Make sure you have a range of load values that gradually increase up to the elastic limit of the spring.
2. Plot the data points: On a coordinate system, where the horizontal axis represents the load applied to the spring, and the vertical axis represents the extension of the spring, plot the data points obtained from your measurements.
3. Determine the relationship type: Examine the plotted points to understand the relationship between the extension and the load. In most cases, for a spiral spring, the relationship will be linear until the elastic limit is reached. This means that as the load increases, the extension of the spring will also increase proportionally.
4. Draw a line of best fit: Draw a straight line that best fits the data points plotted on the graph. Ensure that the line passes through as many points as possible, indicating the linear relationship between the extension and the load.
5. Label the axes and provide a title: Remember to label the horizontal axis as "Load" and the vertical axis as "Extension." Additionally, give your graph a clear and descriptive title, such as "Extension vs. Load Relationship of a Spiral Spring."
6. Include the elastic limit: Indicate the elastic limit on the graph, typically with a dotted line or an annotation, to show the point beyond which the spring will deform permanently.
Following these steps will allow you to sketch the graph of the relation between the extension of a spiral spring and the load applied to it, up to the elastic limit.