A group of students did an experiment in which accelerated an object. Students were able to measure time and body position. These data were tabulated by the students and are the data that appear in table 2. Table 2 Table 3 t(3) x(cm) 0.102 0.175 15 0.275 30 0.314 45 0.338 60 0.397 75 0.405 90 0.456 105 0.478 120 0.501 135 0.546 150 0.561 165 0.593 180 0.618 195 0.632 210 0.687 225 a) Make a graph of position vs. time, on graph paper. What type of curve appears when position vs. weather? Describe a method to linearize the graph above. d) Perform the linearization method, completing table 3. (You have to identify in the table what physical quantity is the axis of "x" and "y" with their appropriate units.) e) Make the linearized graph I. (You must identify the names of the axes with their units and the title of the graph). Determine the slope of the linearized graph and determine the equation of fit for the linearized graph.
A group of students did an experiment in which accelerated an object. Students were able to measure time and body position. These data were tabulated by the students and are the data that appear in table 2. Table 2 Table 3 t(3) x(cm) 0.102 0.175 15 0.275 30 0.314 45 0.338 60 0.397 75 0.405 90 0.456 105 0.478 120 0.501 135 0.546 150 0.561 165 0.593 180 0.618 195 0.632 210 0.687 225 a) Make a graph of position vs. time, on graph paper. What type of curve appears when position vs. weather? Describe a method to linearize the graph above. d) Perform the linearization method, completing table 3. (You have to identify in the table what physical quantity is the axis of "x" and "y" with their appropriate units.) e) Make the linearized graph I. (You must identify the names of the axes with their units and the title of the graph). Determine the slope of the linearized graph and determine the equation of fit for the linearized graph.
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Transcribed Image Text:A group of students did an experiment in which accelerated an object. Students were able to
measure time and body position. These data were tabulated by the students and are the data
that appear in table 2.
Table 2
Table 3
t(s) x(cm)
0.102
0.175
15
0.275
30
0.314
45
0.338
60
0.397
75
0.405
90
0.456
105
0.478
120
0.501
135
0.546
150
0.561
165
0.593
180
0.618
195
0.632 210
0.687 225
a) Make a graph of position vs. time, on graph paper. What type of curve appears when
position vs. weather? Describe a method to linearize the graph above.
d) Perform the linearization method, completing table 3. (You have to identify in the table
what physical quantity is the axis of “x" and "y" with their appropriate units.)
e) Make the linearized graph I. (You must identify the names of the axes with their units and
the title of the graph). Determine the slope of the linearized graph and determine the equation
of fit for the linearized graph.
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