DiferentaEam Fules CHAPTER 3 120 3.1 EXERCISES 34w 1. (a) How is the number e defined? Use a calculator to estmate the walnes of the limis 35. 28 2.7 1 correct to two decimal places. Whan can you conchude about the vallne of e? 37-38 B Carve a 2. (a) Sketch, by hand, the graph of the function f) paying particular attention to how the graph crosses the y-axis. What fact allows youe to do this? b What types of functions are fx)= e and gx)= x? Compare the differentiation formulas for f and g (c) Which of the two functions in part (b grows more rapidly when x is large? 37-3 39-40 given n the 39. у 3-32 Differentiate the function 4. f(x) = e 3. f(x) 24 41-4 to ex 3x 12 6. gx) = 5. f(x)= 5.2x 2.3 41. 8. f(t) 1.4 - 25 6.7 7. f(t) 213- 312- 4 42. 9. g(x) x(1 2x) 10. H(u) — (Зи — 1) (и + 2) 12. B(y) cy 11. g(t) = 21 3/4 43. 5 13. F(r) r3 14. y x/ -x2/3 4e (За + 1)? 15. R(a) 16. h(t) 17. S(p) p p x(2 + x) 18. y 4 19. y 3e 20. S(R) 4TT R2 Vx 3 Xtx 21. h(u) Au Bu Cu 22. y 2 x24x + 3 23. у 3 24. G(t) 5t + Vx t 25. j(x) x24 e24 26. k(r) = e' + r A+Bz Cz2 27. G(q) (1q 1) 28. F(z) z2 29. f(v) - 2ve" 1 + 16t2 30. D(t) V (4t) A +Be 31. z= 32. y ext+1 == 33-36 Find an equation of the tangent line to the curve at the given point. 33. y 2x3- x2 2, (1, 3) ek RE
DiferentaEam Fules CHAPTER 3 120 3.1 EXERCISES 34w 1. (a) How is the number e defined? Use a calculator to estmate the walnes of the limis 35. 28 2.7 1 correct to two decimal places. Whan can you conchude about the vallne of e? 37-38 B Carve a 2. (a) Sketch, by hand, the graph of the function f) paying particular attention to how the graph crosses the y-axis. What fact allows youe to do this? b What types of functions are fx)= e and gx)= x? Compare the differentiation formulas for f and g (c) Which of the two functions in part (b grows more rapidly when x is large? 37-3 39-40 given n the 39. у 3-32 Differentiate the function 4. f(x) = e 3. f(x) 24 41-4 to ex 3x 12 6. gx) = 5. f(x)= 5.2x 2.3 41. 8. f(t) 1.4 - 25 6.7 7. f(t) 213- 312- 4 42. 9. g(x) x(1 2x) 10. H(u) — (Зи — 1) (и + 2) 12. B(y) cy 11. g(t) = 21 3/4 43. 5 13. F(r) r3 14. y x/ -x2/3 4e (За + 1)? 15. R(a) 16. h(t) 17. S(p) p p x(2 + x) 18. y 4 19. y 3e 20. S(R) 4TT R2 Vx 3 Xtx 21. h(u) Au Bu Cu 22. y 2 x24x + 3 23. у 3 24. G(t) 5t + Vx t 25. j(x) x24 e24 26. k(r) = e' + r A+Bz Cz2 27. G(q) (1q 1) 28. F(z) z2 29. f(v) - 2ve" 1 + 16t2 30. D(t) V (4t) A +Be 31. z= 32. y ext+1 == 33-36 Find an equation of the tangent line to the curve at the given point. 33. y 2x3- x2 2, (1, 3) ek RE
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter3: Functions And Graphs
Section3.4: Definition Of Function
Problem 82E
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I am doing Calculus HW in the James Stewart Calculus Eighth Edition and I am having problems with #29 on page 180. I am suppose to differentiate the function that is provided.
Transcribed Image Text:DiferentaEam Fules
CHAPTER 3
120
3.1 EXERCISES
34w
1. (a) How is the number e defined?
Use a calculator to estmate the walnes of the limis
35.
28
2.7 1
correct to two decimal places. Whan can you conchude
about the vallne of e?
37-38 B
Carve a
2. (a) Sketch, by hand, the graph of the function f)
paying particular attention to how the graph crosses the
y-axis. What fact allows youe to do this?
b What types of functions are fx)= e and gx)= x?
Compare the differentiation formulas for f and g
(c) Which of the two functions in part (b grows more rapidly
when x is large?
37-3
39-40
given
n the
39. у
3-32 Differentiate the function
4. f(x) = e
3. f(x) 24
41-4
to ex
3x 12
6. gx) =
5. f(x)= 5.2x 2.3
41.
8. f(t) 1.4 - 25 6.7
7. f(t) 213- 312- 4
42.
9. g(x) x(1 2x)
10. H(u) — (Зи — 1) (и + 2)
12. B(y) cy
11. g(t) = 21 3/4
43.
5
13. F(r)
r3
14. y x/ -x2/3
4e
(За + 1)?
15. R(a)
16. h(t)
17. S(p) p p
x(2 + x)
18. y
4
19. y 3e
20. S(R)
4TT R2
Vx
3
Xtx
21. h(u) Au Bu Cu
22. y
2
x24x + 3
23. у 3
24. G(t) 5t +
Vx
t
25. j(x) x24
e24
26. k(r) = e' + r
A+Bz Cz2
27. G(q) (1q 1)
28. F(z)
z2
29. f(v) - 2ve"
1 + 16t2
30. D(t)
V
(4t)
A
+Be
31. z=
32. y ext+1
==
33-36 Find an equation of the tangent line to the curve at the
given point.
33. y 2x3- x2 2, (1, 3)
ek
RE
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