1 LE 2 -1 2 (a) w.v, (b) v.w, (c) v.wT (d) w.vT, (e) v.v, and...

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1 LE 2 -1 2 (a) w.v, (b) v.w, (c) v.wT (d) w.vT, (e) v.v, and (f) v.v. 2. Consider the vectors v = W = 0 1 3. Use the results from Call a v.v. Let I = = (a) Compute the matrix P = I - v.v. (b) Compute P.v and P.w. (c) Compute P = P.P. as 3 x 1 matrices and compute: 100 0 1 0 0 0 1 be the 3 x 3 identity matrix. 1 LE 2 -1 2 (a) w.v, (b) v.w, (c) v.wT (d) w.vT, (e) v.v, and (f) v.v. 2. Consider the vectors v = W = 0 1 3. Use the results from Call a v.v. Let I = = (a) Compute the matrix P = I - v.v. (b) Compute P.v and P.w. (c) Compute P = P.P. as 3 x 1 matrices and compute: 100 0 1 0 0 0 1 be the 3 x 3 identity matrix.