During a simple pendulum laboratory whose length was varying its value in centimeters and with an angle of approximately 10 degrees, the following information was obtained about its period of oscillation: Using the information provided and using a graphical model determine and / or perform: 1. What type of graph comes out if you graph period vs. length? (You don't have to do the graph) (cm) P(s) 0.448571 15 0.776949 25 1.003036 35 1.186808 45 1.345714 55 1.487743 65 1.617347 2. Describe the linearization method and make a linearized graph. 3. The equation that describes the graph obtained and the experimental value of the gravitational constant.

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During a simple pendulum laboratory whose length was varying its value in centimeters and
with an angle of approximately 10 degrees, the following information was obtained about its
period of oscillation:
Using the information provided and using a graphical model determine and / or perform:
1. What type of graph comes out if you graph period vs. length? (You don't have to do the
graph)
I(cm)
P(s)
0.448571
15
0.776949
25
1.003036
35
1.186808
45
1.345714
55
1.487743
65
1.617347
2. Describe the linearization method and make a linearized graph.
3. The equation that describes the graph obtained and the experimental value of the
gravitational constant.
Transcribed Image Text:During a simple pendulum laboratory whose length was varying its value in centimeters and with an angle of approximately 10 degrees, the following information was obtained about its period of oscillation: Using the information provided and using a graphical model determine and / or perform: 1. What type of graph comes out if you graph period vs. length? (You don't have to do the graph) I(cm) P(s) 0.448571 15 0.776949 25 1.003036 35 1.186808 45 1.345714 55 1.487743 65 1.617347 2. Describe the linearization method and make a linearized graph. 3. The equation that describes the graph obtained and the experimental value of the gravitational constant.
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