Compute the images of the standard basis vectors with respect to the given linear transformation. 15. fi = 1+ 2x – 2x2, f2 = 2+ 3.x – 4x2, f3 = 1+ 4x – x²,B = (f1, f2; f3). %3D - %3D | 1 T(fi) = 3 2....

Compute the images of the standard basis vectors with respect to the given linear transformation.

15. fi = 1+ 2x – 2x2, f2 = 2+ 3.x – 4x2, f3 = 1+ 4x<br>–<br>x²,B = (f1, f2; f3).<br>%3D<br>-<br>%3D<br>|<br>1<br>T(fi) =<br>3<br>2.<br>1<br>T(f2)<br>1<br>4<br>T(f3)<br>8.<br>%3D<br>%3D<br>5<br>10<br>16. B = (mu m<br>) where<br>|<br>m<br>

Extracted text: 15. fi = 1+ 2x – 2x2, f2 = 2+ 3.x – 4x2, f3 = 1+ 4x – x²,B = (f1, f2; f3). %3D - %3D | 1 T(fi) = 3 2. 1 T(f2) 1 4 T(f3) 8. %3D %3D 5 10 16. B = (mu m ) where | m

Jun 05, 2022

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Compute the images of the standard basis vectors with respect to the given linear transformation. 15. fi = 1+ 2x – 2x2, f2 = 2+ 3.x – 4x2, f3 = 1+ 4x – x²,B = (f1, f2; f3). %3D - %3D | 1 T(fi) = 3 2....

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