Most sophomore physics students are required to conduct an experiment verilylng law. Hooke's law states that when a force is applied to a body that is long in comparison to its cross-sectional area, the change y in its length is proportional to the force x; that is, 11.26 y = Bix, where B1 is a constant of proportionality. The results of a physics student's laboratory experiment are shown in the following table. Six lengths of steel wire, .34 millimeter (mm) in diameter and 2 meters (m) long, were used to obtain the six force-length change measurements. Change in Length (y) (mm) Force x (kg) 29.4 4.25 39.2 5.25 49.0 6.50 58.8 7.85 68.6 8.75 78.4 10.00 a Fit the model, Y = Bo + B1x + E, to the data, using the method of least squares.

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Please help me with 11.26 a.
Most sophomore physics students are required to conduct an experiment verifying Hooke's
law. Hooke's law states that when a force is applied to a body that is long in comparison to its
cross-sectional area, the change y in its length is proportional to the force x; that is,
11.26
y = B1x,
where B, is a constant of proportionality. The results of a physics student's laboratory
experiment are shown in the following table. Six lengths of steel wire, .34 millimeter (mm) in
diameter and 2 meters (m) long, were used to obtain the six force-length change measurements.
Change in Length
(y) (mm)
Force
x (kg)
29.4
4.25
39.2
5.25
49.0
6.50
58.8
7.85
68.6
8.75
78.4
10.00
Fit the model, Y = Bo + Bix + ɛ, to the data, using the method of least squares.
a
Transcribed Image Text:Most sophomore physics students are required to conduct an experiment verifying Hooke's law. Hooke's law states that when a force is applied to a body that is long in comparison to its cross-sectional area, the change y in its length is proportional to the force x; that is, 11.26 y = B1x, where B, is a constant of proportionality. The results of a physics student's laboratory experiment are shown in the following table. Six lengths of steel wire, .34 millimeter (mm) in diameter and 2 meters (m) long, were used to obtain the six force-length change measurements. Change in Length (y) (mm) Force x (kg) 29.4 4.25 39.2 5.25 49.0 6.50 58.8 7.85 68.6 8.75 78.4 10.00 Fit the model, Y = Bo + Bix + ɛ, to the data, using the method of least squares. a
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