T is a linear transformation which simply means that it is a function that maps the given inputs to the given outputs.
Since T is a linear transformation we use the following 2 properties of a linear transformation and solve the problem.
1. T(A+B)=T(A) + T(B)
2. T(cA) = cT(A)
Here c is a constant and A,B are polynomials with atmost degree 3(i.e belong to P3)
Our plan is to find T(x2) , T(x) and T(1) and then using the above properties we convert it into the form of T(ax2 + bx + c).
T(2x) = 2T(x) = 4x => T(x) = 2x
T(3x+2) = T(3x) + T(2) = 3T(x) + 2T(1) = 2(x+3) => 3(2x) + 2T(1) = 2x + 6 => 2T(1) = -4x + 6 => T(1) = -2x + 3
T(x2 - 1) = T(x2) - T(1) = x2 + x - 3 => T(x2) - (-2x + 3) = x2 + x - 3 => T(x2) = x2 - x
Now, T(ax2 + bx + c) =
aT(x2) + bT(x) +cT(1)
= a(x2 - x) + b(2x) + c(-2x + 3)
= ax2 + (2b-2c-a)x + 3c
For any arbitrary real numbers a,b and c T(ax2 + bx + c) = ax2 + (2b-2c-a)x + 3c
1. (10 points) Let T:P3 → P3 be the linear transformation satisfying T(x2 - 1) =...
1. (10 points) Let T:P3 → P3 be the linear transformation satisfying T(x2 - 1) = x2 + x-3, T(2x) = 4x, and T(3x + 2) = 2(x + 3). Determine T(ax? + bx + c), where a, b, and c are arbitrary real numbers.
(1 point) Let T : P3-> P3 be the linear transformation such that Find T(1). T(x). T(r2), and T(az2 + bz+ c), where a, b, and c are arbitrary real numbers. T(1) = T(z) = T(r2) Note: You can earn partial credit on this problem.
2) Let T be a linear transformation from P3(R) to M22(R). Let B= (1+2x + 4x2 + 8x3), (1 + 3x + 5x2 + 10x3), (1 + 4x + 7x2 + 13r%),(1 + 4x + 7x2 + 14x²). Let C= [] [ 1];[1 ] [ ] 0 17 40 Let M= 13 31 36 124 22 52 -61 -209 23 55 -64 -220 be the matrix transformation of T from basis B to C. -47 -161 The closed form of...
5. Let T: P2(R) R3 be a linear transformation such that T(1) = (-1,2, -3), T(1 + 3x) = (4,-5,6), and T(1 + x²) = (-7,8,-9). a. Show that {1,1 + 3x ,1 + x2} is a basis for P(R) (7pts) b. Compute T(-1+ 4x + 2x²). (3pts)
Let T: P2 + P, be a linear transformation for which T(1) = 3 - 2x, 7(x) = 9x – x2, and 7(x2) = 2 + 2x2. Find T(2 + x - 8x?) and T(a + bx + cx?). T(2 + x - 8x2) T(a + bx + cx) II
3) Let T be a linear transformation from M22(R) to P3(R). Let B= [11] ]1 2] [3] Let C = (11 + 5x +(-3) 22 +(-1) 23), (13+6x + (-3) x2 + (-2) 2*), (8 + 3x + (-1).x2 + (-2) 23),(-5+(-2) x + 1x2 + 12) Let M= -15 2 -27 -71 28 -4 47 126 -24 5 35 -95 -67 14 -104 -276 be the matrix transformation of T from basis B to C. Let v= [1 The...
and 02 Let T : R2 + RP be the linear transformation satisfying 9 5 Tū1) = [ and T(v2) = [ - -5 -1 X Find the image of an arbitrary vector [ Y -([:) - 1
6. (16 points) For the two linear transformations defined as T: Pz → P3, T1(p) = xp' T2 :P3 → P1, T2(p) = 3p". a) Determine whether Ti is an isomorphism? (Clearly show your work and explain.) b) Show how to find the image of p(x) = 3 - 4x + 2x² – 5x’ through the T2 transformation. c) Show how to find the standard matrix for the linear transformation that is T =T, •T,. d) Show how to find...
Let T:P1→P2T:P1→P2 be a linear transformation defined by T(a+bx)=3a−2bx+(a+b)x2.T(a+bx)=3a−2bx+(a+b)x2. (a) Find range(T)range(T) and give a basis for range(T)range(T). (b) Find ker(T)ker(T) and give a basis for ker(T)ker(T). (c) By justifying your answer determine whether TT is onto. (d) By justifying your answer determine whether TT is one-to-one. (e) Find [T(7+x)]B[T(7+x)]B, where B={−1,−2x,4x2}B={−1,−2x,4x2}.
For each transformation below, find the closed form of the transformation. 1) Let T be a linear transformation from R$ to M22 (R) [i Let B=1 0:00 [. :] [11] [12] [0 ] Let C= 12 41 -17 -5 65 -27 92 Let M = be the matrix transformation of T from basis B to C 17 58 -15 -51 81 The closed form of the transformation is Tb 3-1 2) Let T be a linear transformation from P3(R) to...