Use a least squares approximation to find the best linear fit (i.e., the best line), L(t) = C + Dt, that is closest, in the sense of least squares, to passing through the through the following data points: (t₁, b₁) (-3,9), (0,3), (t3, b3) (3,-9), (t₂, b₂) = = = (t4, b4) (6,-17). What are the y-intercept C and the slope D of this line? =

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Use a least squares approximation to find the best linear fit (i.e., the best line),
L(t) = C + Dt,
that is closest, in the sense of least squares, to passing through the through the following data points:
(t₁, b₁) (-3,9),
(0,3),
(t3, b3) (3,-9),
(t2, b2)
=
=
=
(t4, b4) (6,-17).
What are the y-intercept C and the slope D of this line?
=
Transcribed Image Text:Use a least squares approximation to find the best linear fit (i.e., the best line), L(t) = C + Dt, that is closest, in the sense of least squares, to passing through the through the following data points: (t₁, b₁) (-3,9), (0,3), (t3, b3) (3,-9), (t2, b2) = = = (t4, b4) (6,-17). What are the y-intercept C and the slope D of this line? =
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