T : U V and S : V W are linear transformations and B, C,
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T : U → V and S : V → W are linear transformations and B, C, and D are bases for U, V, and W, respectively. Compute [S ͦ T]D←B in two ways: (a) by finding S ͦ T directly and then computing its matrix and (b) by finding the matrices of S and T separately and using Theorem 6.27.
T : P1 → P2 defined by T(p(x)) = p(x + 1),
S : P2 → P2 defined by S(p(x)) = p(x + 1),
B = {1, x}, C = D = {1, x, x2}
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