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(1 point) Let {uj, u2, u2 ) be an orthonormal basis for an inner product space V. Suppose y = qui + buz + cuz is so that|lvl1
(1 point) Suppose U1, U2, Uz is an orthogonal set of vectors in Rº. Let w be a vector in Span(v1, 02, 03) such that UjUi = 42
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The answer is given asnet (U, 42, 43) be an ertho normal basis Jos on inner product space v. Suppose V = au + buz & Cuz sot lvl1 = VIIG and {1,42)د ۱۱۱۱۱ 116 تنو N - Lau,+b42+Cziga upfb42+ (43>=116 =) Laulau,+buzt (U3) & Lbluz, a utby2fcuz) ) = 116 + <cu, au, + bluz of C= a. a <u, uz 3 ta b Lul, 42) + a.ł <U, U tb. a Luz, 4)+ b. b <42, 422 tb. c < 42, + c. a 143, U) & C.5 43, 4₂) + C. c <U3, ULet Vir V2, V3 is an 2 V3 is an ors in IRS span (vi V2, 3) vi v = 42 Uz - Uz = 59 orthogonal set of Let w be a Vector such thß (59) = 236 IP = 42 Now (& Q, +B Qz + roz). V = 9 - avi. Uz + B V2 - Vzt roz. 83 = 9 -> r.(Uz. 1x)= 9 V=D hence w=-3 V + 4 U

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