Let fi (2) = - 3x – 1, f2(x) = - 4x? – 7a + 6, f3 (x) = 2x? + 2x + 3, and fa(x) = 6x – 8. Suppose afi(r) + bf2(x) + cf3(x) + dfa(x) = 0. Differentiate to produce another equation that is satisfied by a, b, c, d. Differentiate again to produce another equation that is satisfied by a, b, c, d. Use your system of equations to find a solution to afi(2) + bf2(x) + cfa(æ) + dfa(x) = 0. Insert - Formats - BIU x, x² E I 3 E- E- I I e Edit - <> Suppose you have a set of functions g, (x), 92(x), 93(2), 94(2). How could you determine whether ag, (r) + bg2(x) + cg3(x) + dg4(x) = 0 has nontrivial solutions? (In particular: How could you find a system of equations that would allow you to decide whether nontrivial solutions existed?)

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.2: Determinants
Problem 11AEXP
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Let fi (2) = - 3x – 1, f2(x) =
- 4x? – 7a + 6, f3 (x) = 2x? + 2x + 3, and fa(x) =
6x – 8.
Suppose afi(r) + bf2(x) + cf3(x) + dfa(x) = 0.
Differentiate to produce another equation that is satisfied by a, b, c, d.
Differentiate again to produce another equation that is satisfied by a, b, c, d.
Use your system of equations to find a solution to afi(2) + bf2(x) + cfa(æ) + dfa(x) = 0.
Insert - Formats - BIU x, x²
E I 3 E- E- I I e
Edit -
<>
Suppose you have a set of functions g, (x), 92(x), 93(2), 94(2). How could you determine whether
ag, (r) + bg2(x) + cg3(x) + dg4(x) = 0
has nontrivial solutions? (In particular: How could you find a system of equations that would allow you to
decide whether nontrivial solutions existed?)
Transcribed Image Text:Let fi (2) = - 3x – 1, f2(x) = - 4x? – 7a + 6, f3 (x) = 2x? + 2x + 3, and fa(x) = 6x – 8. Suppose afi(r) + bf2(x) + cf3(x) + dfa(x) = 0. Differentiate to produce another equation that is satisfied by a, b, c, d. Differentiate again to produce another equation that is satisfied by a, b, c, d. Use your system of equations to find a solution to afi(2) + bf2(x) + cfa(æ) + dfa(x) = 0. Insert - Formats - BIU x, x² E I 3 E- E- I I e Edit - <> Suppose you have a set of functions g, (x), 92(x), 93(2), 94(2). How could you determine whether ag, (r) + bg2(x) + cg3(x) + dg4(x) = 0 has nontrivial solutions? (In particular: How could you find a system of equations that would allow you to decide whether nontrivial solutions existed?)
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