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Let f(x)=x² and g(x)=x+3. Determine an equation for each composite function. 6. y=f(g(x)) A. B. C. D. x²+6x+9 x+5x+9 x²+6x+1 x²+3x+9 7. y=g(f(x)) A. x²+3 8. y=f (f(x)) A. x 4 9. y=g(g(x)) A. X-6 10. y=g¹(g(x)) A. Χ B. B. C. D. x²-3 x²+6 x+3 C. x²+3 +3 D. x-8 B. x+6 C. x+4 D. x-4 B. C. D. x-1 x+1 x²+3

Let f(x)=x² and g(x)=x+3. Determine an equation for each composite function. 6. y=f(g(x)) A. B. C. D. x²+6x+9 x+5x+9 x²+6x+1 x²+3x+9 7. y=g(f(x)) A. x²+3 8. y=f (f(x)) A. x 4 9. y=g(g(x)) A. X-6 10. y=g¹(g(x)) A. Χ B. B. C. D. x²-3 x²+6 x+3 C. x²+3 +3 D. x-8 B. x+6 C. x+4 D. x-4 B. C. D. x-1 x+1 x²+3

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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Let f(x)=x² and g(x)=x+3. Determine an equation for each composite function. 6. y=f(g(x)) A. B. C. D. x²+6x+9 x+5x+9 x²+6x+1 x²+3x+9 7. y=g(f(x)) A. x²+3 8. y=f (f(x)) A. x 4 9. y=g(g(x)) A. X-6 10. y=g¹(g(x)) A. Χ B. B. C. D. x²-3 x²+6 x+3 C. x²+3 +3 D. x-8 B. x+6 C. x+4 D. x-4 B. C. D. x-1 x+1 x²+3
Transcribed Image Text:Let f(x)=x² and g(x)=x+3. Determine an equation for each composite function. 6. y=f(g(x)) A. B. C. D. x²+6x+9 x+5x+9 x²+6x+1 x²+3x+9 7. y=g(f(x)) A. x²+3 8. y=f (f(x)) A. x 4 9. y=g(g(x)) A. X-6 10. y=g¹(g(x)) A. Χ B. B. C. D. x²-3 x²+6 x+3 C. x²+3 +3 D. x-8 B. x+6 C. x+4 D. x-4 B. C. D. x-1 x+1 x²+3
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