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4 3 Projectile Motion University Physics Volume 1
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Spf5Ø 50% OFF DISCOG Donations can be made by entering custom $ amount All remixes available free BACK IN STUDIO TRYING TO GET NEW MUSIC OUT 21EE(g(X)jY)=E(g(X)) Proof Set Z = g(X) Statement (i) of Theorem 1 applies to any two rv's Hence, applying it to Z and Y we obtain EE(ZjY)= E(Z) which is the same as EE(g(X)jY)= E(g(X)) 2 This property may seem to be more general statement than (i) in Theorem 1 The proof above shows that in fact these are equivalent statements 33 choose a vertex z02V(H i) adjacent to zBut then the graph obtained from P x by adding the vertices z;z 0and the edges yz, zz is a path longer than P, giving us a contradictionIt follows that H i consists of a single vertex adjacent only to y If m 2 and fzg= V(H 1) and fwg= V(H 2), then z;w have a common neighbor, and G f z;wgis connected, so we are done



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M r c > b d v i l x h r x j p v r ?C t g p k g d v i l ?V1 ·v1 = 50, v2 ·v2 = 50, v3 ·v3 = 25 Thus the set {v1,v2,v3} is orthogonal but not orthonormal An orthonormal set is formed by normalized vectors w1 = v1 kv1k vector x ∈ V is uniquely represented as x = po, where p ∈ V0 and o ⊥ V0 The component p is the orthogonal projection of the vector x onto the subspace V0 We have



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