Hello, I need help with creating a graph with the collected data and equations provided. Please and thank you. Draw a graph of the "Weight versus Displacement " graph using the Data provided in Table 8.3.The weight has to be on the vertical axis and the displacement on the horizontal axis. A graph must have a labelling on its axes, including the units. From the graph, find its slope. The value of the slope is the value of the spring constant.
Hello, I need help with creating a graph with the collected data and equations provided. Please and thank you. Draw a graph of the "Weight versus Displacement " graph using the Data provided in Table 8.3.The weight has to be on the vertical axis and the displacement on the horizontal axis. A graph must have a labelling on its axes, including the units. From the graph, find its slope. The value of the slope is the value of the spring constant.
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Hello, I need help with creating a graph with the collected data and equations provided. Please and thank you.
Draw a graph of the "Weight versus Displacement " graph using the Data provided in Table 8.3.The weight has to be on the vertical axis and the displacement on the horizontal axis. A graph must have a labelling on its axes, including the units.
From the graph, find its slope. The value of the slope is the value of the spring constant.
Transcribed Image Text:%D
Fon the spring
= kx
Equation 3
U, = kx²
%3D
Equation 4
Transcribed Image Text:Table 8.3: Spring constant.
Weight of the hooked object
(N)
Displacement of the bottom of the spring
(m)
0,980
0.100
log 6
0,217
2.94
0.335
3.92
0.457
4.90
o.581
Spring constant k =,
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