Problem 2. Let T : M2x2 + R³ by"([: :))-a + 36 + 2c +dа - 2b — с — d2a + b+ 3c – 2da bTa. Find a basis for the null space of the linear transformation T.b. Find a basis for the range of the linear transformation T

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Answered: Problem 2. Let T : M2×2 → R³ by "([::)-…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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5. Show that T is a linear transformation by finding a matrix that implements the mapping. Note that x₁, x2, and x3 are not vectors but are entries of a vector x in R³. T(x1, x2, x3) = (2x1 — x2, x1 − 2x2 + x3, x1 − 3x2 + x3) - X1
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4a). The transformation defined by the matrix A = [14 5 stretches images in R² in the directions y = x and y = -x. Figure out the factor by which anything in the y = x direction is stretched and the factor by which anything in the y = -x direction is stretched. 4b). The transformation defined by the matrix B = -82 -55 13 3] stretches images in R2 in one direction by a factor of 3 and some other direction by a factor of 2. Figure out what direction gets stretched by a factor of 3 and what direction gets stretched by a factor of 2. 4c). The transformation defined by the matrix C = stretches images in R2 in two directions. Find the directions and the factors by which it stretches in those directions.
(4) Define a linear transformation T : R³ → R³ by 8-8-8-8-8-8 = = Is this transformation invertible? What does this transformation do to a vector U ? (Bonus: if you write a polynomial as a + bx + cx², how does that relate to the transformation?)
Q. 3. A transformation T: R² →R² first reflects vectors through the y axis, and then rotates vectors by 3 a. Find the matrix of the transformation T. b. Find the inverse transformation of T , if exists. -1 c. Draw the transformation T for x =| 2
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17. Let T R² R² be a linear transformation that maps [1] [3] 3 Tis linear to find the images under T of 3u, 2v, and 3u + 2v. u= into and maps v = into Use the fact that

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Problem 2. Let T : M2×2 → R³ by "([::)- -a + 36+ 2c+ d а - 26 — с - d 2а + b + 3с - 2d a b c d a. Find a basis for the null space of the linear transformation T. b. Find a basis for the range of the linear transformation T