Question

1.

Given that B = {[1 7 3], [ – 2 –7 – 3), [6 23 10]} is a basis of R and C = {[1 0 0], [-4 1 -2], [-2 1 - 1]} is another basis

2.

Find a single matrix for the transformation that is equivalent to doing the following four transformations of the plane in su

3.

Matrix B was obtained by row reducing A. si -1 1 4 - 2 4 -8 -6 8 - 12 20 28 lo 1 -3 1 -3 17 16 4 - 44 - 4 5 3 ] s1 0 - 2 5 2

4.

Matrix B was obtained by row reducing matrix A. A= [ 3 - 6 -2 13 -20 -31 16 -32 -11 71 - 108 - 17 (14 – 28 -9 59 - 92 -13] ſi

5.

Define T:R3 + R² by T() = [1 6 by (0) = (5 30 – 25] -5), The range of T is The span of a single vector: {0} OR

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Answer #1

(2-2,-3), (6, 1. B = {(1,7,3), (-2,-7,-3), (6,23,10)} = { vi. Vz, vsy. ca {(1,0,0) (-9,1,-2). (-2,1,-1)} = {w,w, way. (1,7, 3. The matrix. 0 (1.,2.,3.,4. are the steps in the question Az ROADCASTRO ROM::.. So, the single matrix is 1-9 - 8) . 3. Dim

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