Group 4. Consider the linear application application T(ar³ + br² + cx + d) = 3ar² + 2br + c. T: R₁[¹] → R₂[1] defined by a) Determine justifying the matrix that represents T in relation to canonical R₂[1]. bases of Rs[1] and b) Determine justifying the core and image of T. DE R₂[1] c) Determine justifying polinomials such that Tp = 1² +1+1.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Group 4.
Consider the linear application application
T(ar³ + bx² + cr+d) = 3ax² + 2bx + c.
T: Rs[1] → R₂[1]
defined by
a) Determine justifying the matrix that represents T in relation to canonical
R₂[1].
bases of R3[1] I and
b) Determine justifying the core and image of T.
DE R₂[1]
c) Determine justifying polinomials
such that p= 1² +1+1.
Transcribed Image Text:Group 4. Consider the linear application application T(ar³ + bx² + cr+d) = 3ax² + 2bx + c. T: Rs[1] → R₂[1] defined by a) Determine justifying the matrix that represents T in relation to canonical R₂[1]. bases of R3[1] I and b) Determine justifying the core and image of T. DE R₂[1] c) Determine justifying polinomials such that p= 1² +1+1.
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