Exercise 22. Let R[x] be the set of all real polynomials in the variable x. As noted earlier, R[r] is a real vector spac

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Exercise 22. Let R[x] be the set of all real polynomials in the variable x. As noted earlier, R[r] is a real vector spac

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Exercise 22 Let R X Be The Set Of All Real Polynomials In The Variable X As Noted Earlier R R Is A Real Vector Spac 1
Exercise 22 Let R X Be The Set Of All Real Polynomials In The Variable X As Noted Earlier R R Is A Real Vector Spac 1 (25.38 KiB) Viewed 76 times
Exercise 22. Let R[x] be the set of all real polynomials in the variable x. As noted earlier, R[r] is a real vector space. Let V be the subspace of all polynomials of degree no more than four. Also as noted earlier, differentiation defines a linear transformation on R[x], and so, by restriction, a linear transformation T: V→V. Find the 5 x 5 real matrix associated with this linear transformation with respect to the basis 1, x, x², x³, x4.
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