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In exercises 1–24, differentiate each function. D f(x) = x*e* (2. f(x)= e2* cos 4.x %3D 3. f(t) =t+2' (4. )f(t) = 14*" 5. f(x)= 2e+x+1 6. f(x) = (1/e)* 7. h(x) = (1/3)*² 8. h(x) = 4-x² || 9. f(u) = e"²+4u 10. f(u) 3 Зечanи e4w 11. f(w) = 12, f(w) = ebw W 13. f(x)= In 2.x 14. f(x) = In /8x 15. f(t) = In (t³ + 3t) 16. F(t) = t³ In t 17. g(x) = In (cos x) 18. g(x)= cosx In(x² 19. (a) f(x) = sin (In x²) (b) g(t) = ln (sin t²) VIn x (20. (a) f (x) = In ſi (b) g(t) = 21. (a) h(x) = e* In x (b) ƒ(x) = elnx e* 22. (a) h(x) = 2ª* (b) f (x) = 2x Exna

In exercises 1–24, differentiate each function. D f(x) = x*e* (2. f(x)= e2* cos 4.x %3D 3. f(t) =t+2' (4. )f(t) = 14*" 5. f(x)= 2e+x+1 6. f(x) = (1/e)* 7. h(x) = (1/3)*² 8. h(x) = 4-x² || 9. f(u) = e"²+4u 10. f(u) 3 Зечanи e4w 11. f(w) = 12, f(w) = ebw W 13. f(x)= In 2.x 14. f(x) = In /8x 15. f(t) = In (t³ + 3t) 16. F(t) = t³ In t 17. g(x) = In (cos x) 18. g(x)= cosx In(x² 19. (a) f(x) = sin (In x²) (b) g(t) = ln (sin t²) VIn x (20. (a) f (x) = In ſi (b) g(t) = 21. (a) h(x) = e* In x (b) ƒ(x) = elnx e* 22. (a) h(x) = 2ª* (b) f (x) = 2x Exna

Linear Algebra: A Modern Introduction
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter4: Eigenvalues And Eigenvectors
Section4.6: Applications And The Perron-frobenius Theorem
Problem 17EQ
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6:55 ll 4G A bartleby.com kercises 1-24, differentiate each fun 88 Q W mat113_Chapter2 v at113_Chapt. O Untitled (6) Untitled (7) x PHY103Lab_Simpl.. X PHY103-ForceTabl In exercises 1–24, differentiate each function. O sx) = x²e* (2. F(x) = e2* cos 4.x 3. f(t)=t+2' (A. )f(t) = 143 5. f(x)= 2e4*+1 6. f(x)= (1/e)* 7. h(x) = (1/3)*² 8. h(x) = 4-x² 9. f(u) = e"²+4u 10. f(u)= 3etan u e 4w 11. f(w) = 12, f(w) = ebw 13. f(x)= In 2.x 14. f(x)= In /8r 15. f(t) = In (r³ + 3t) 16. f(1) = 1³ In t 17. g(x) = In (cos x) 18. g(x)= cos.x In(x² + 19. (a) ƒ (x) = sin (In x²) (b) g(t) = In (sin r²) VInx In i (b) g(t) = t X (20. (a) f(x) 21. (a) h(x) = e* In x (b) f(x) = elnx 22. (a) h(x) = 2ª* (b) ƒ (x) = 2x Exna
Transcribed Image Text:6:55 ll 4G A bartleby.com kercises 1-24, differentiate each fun 88 Q W mat113_Chapter2 v at113_Chapt. O Untitled (6) Untitled (7) x PHY103Lab_Simpl.. X PHY103-ForceTabl In exercises 1–24, differentiate each function. O sx) = x²e* (2. F(x) = e2* cos 4.x 3. f(t)=t+2' (A. )f(t) = 143 5. f(x)= 2e4*+1 6. f(x)= (1/e)* 7. h(x) = (1/3)*² 8. h(x) = 4-x² 9. f(u) = e"²+4u 10. f(u)= 3etan u e 4w 11. f(w) = 12, f(w) = ebw 13. f(x)= In 2.x 14. f(x)= In /8r 15. f(t) = In (r³ + 3t) 16. f(1) = 1³ In t 17. g(x) = In (cos x) 18. g(x)= cos.x In(x² + 19. (a) ƒ (x) = sin (In x²) (b) g(t) = In (sin r²) VInx In i (b) g(t) = t X (20. (a) f(x) 21. (a) h(x) = e* In x (b) f(x) = elnx 22. (a) h(x) = 2ª* (b) ƒ (x) = 2x Exna
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