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3. Dada la función "F", tal que: (4) = 1; 2F(2)=3F (3) Además: F = ax + b; luego podemos afirmar: a) F(-1) = 6 c) F(-4)= F(14) e) F(2) + F(8) = 0 b) F(3) =-2 d) F(10) = 5

3. Dada la función "F", tal que: (4) = 1; 2F(2)=3F (3) Además: F = ax + b; luego podemos afirmar: a) F(-1) = 6 c) F(-4)= F(14) e) F(2) + F(8) = 0 b) F(3) =-2 d) F(10) = 5

Advanced Engineering Mathematics
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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F(x) = 2x+3 F(a) = 2 x 2+3=7 F(6) = 2 x 3 3= 9 F(a)- F(b) = 7x9 = 63 In 3. Dada la función "F", tal que: F4 = 1; 2F2 - BF = ax + b; luego podemos afirmar: (x) a Además: F, di Rep a) F-1) c) F- 4) = F(14) e) F2) + F(8) = 0 b) Fo --2 d) Fuo) - 5 = 6 !! (pa %3D 4. Sea f una función lineal tal que: fx + 1) = 3x + 8 hallar la ordenada del punto de abscisa 8. a) 13 d) 15 b) 1 e) 18 c) 29 5. Sea f una función definida por: f= {(a; b), (3; c), (1; 3), (2b; 4)} tx) = x - 2a hallar "abc"
Transcribed Image Text:F(x) = 2x+3 F(a) = 2 x 2+3=7 F(6) = 2 x 3 3= 9 F(a)- F(b) = 7x9 = 63 In 3. Dada la función "F", tal que: F4 = 1; 2F2 - BF = ax + b; luego podemos afirmar: (x) a Además: F, di Rep a) F-1) c) F- 4) = F(14) e) F2) + F(8) = 0 b) Fo --2 d) Fuo) - 5 = 6 !! (pa %3D 4. Sea f una función lineal tal que: fx + 1) = 3x + 8 hallar la ordenada del punto de abscisa 8. a) 13 d) 15 b) 1 e) 18 c) 29 5. Sea f una función definida por: f= {(a; b), (3; c), (1; 3), (2b; 4)} tx) = x - 2a hallar "abc"
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