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Typology: Schemes and Mind Maps
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436 Variance Decomposition. We (^) start (^) with (^) the (^) following (^) equation: If (^) we (^) square both (^) sides ve (^) obtain
The (^) last (^) term (^) on the (^) nght-hand side is
We therefore obtain
which equates to
The Relation between R and r.
sOReidual
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Appendix C: (^) Technical (^) Appendix
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Appendix C Technical Appendix
We thercfore obtain R (^) SORegression Syy
(S? S Sy TheLeast Squares Estimators areUnbiased.
E(Ò) =E(X'X)'X'y) Giventhat Xin the model is assumed to be fixed (i.e., non-stochastic and not following any distribution), we obtain
Since E(e)^0 it^ follows^ that^ Ey^ XØ^ and^ therefore E(Ø) =(X'X)X'xø-8.
arguments as^ above^ (i.e^ X^ is^ fixed^ and^ non-stochastic)^ and^ applying^ the^ rule Var(bX)) =Var(X)^ from^ the^ scalar^ case^ to^ matrices^ we^ obtain:
Var() =Var(N'N)'X'y)^ =(X'X)^ x'Var(y)^ X(N'x)-=o'(N
437
Maximum Likelihood^ Estimation^ in^ the^ Linear^ Model.^ The^ lincar^ model follows anormal distribution: y XØ+e^ N(XO,^ o').
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