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In exercises 25 and 26, let V be a vector space with a basis Bv = (v1, V2, V3, V4) and W is a basis Bw = (W1, W2, W3, W4, W5)

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Solution Geven that Matrix of T with Note that the (Bu, Bw) is 1 2 1 2 1 .. 1 2 1 3 31 . u ussu The row reduced Ais form ofi B oroo Loo10 0001! corrensponds to a basis for RangeCT) lie € = 4w, wąt ws, Uzt Ws, Wu-uf. ... is a basis for range U-.. Di(36 A tupical rector in v can be written as no votlzV2. t3 83 + du vu. NOW T ( ,V, + X, V, + Xy vzthy Wy) => T(J +%2T (V2) +Consider T:V7w-span{ww, Wzikus given by T(V.) = Wit26t3uz t2wy T(V2) = Wit 3W, t5 Wz tuwu T(43) = we tw2 +2W + wy T(0) - 300

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