17. 18g VXV2 18. 2. 19. In(V=Ve) X²VE 20. In -3 In Exercises 21 to 36, write each expression as a single logarithm with a coefficient of 1. Assume all variable expressions represent positive real numbers. 21. log(x + 5) + 2 log x 22 log,u + 4 log, v 380 CHAPTER 4 EXPONENTIAL AND LOGARITHMIC 29. 2(loggx + log,y)- log,(x + 2) 1 30. log,x- log,y + 2 log;(x+ 2) 31. 2 In(x + 4) - In x- In(x2-3) 32. log(3x) - (2 log x- log y) 1 33. In(2x +5) In y- 2 In z+ , In w 34. log, x + log,(y+ 3) + log,y + 2) - log,(y 35. In(x2-9)- 2 In(x-3) +3 In y 36. log,(x + 7x + 12)- 2 log,(x+ 4) In Exercises 37 to 48, use the change-of-base to approximate the logarithm accurate to the ten-thousandth. 37. log,20 38. logs37 39. log, 14 40. log2s 15 41. logs 42. logi 43. logo Vi7 23

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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17. 18g VXV2
18.
2.
19. In(V=Ve)
X²VE
20. In
-3
In Exercises 21 to 36, write each expression as a single
logarithm with a coefficient of 1. Assume all variable
expressions represent positive real numbers.
21. log(x + 5) + 2 log x
22
log,u + 4 log, v
Transcribed Image Text:17. 18g VXV2 18. 2. 19. In(V=Ve) X²VE 20. In -3 In Exercises 21 to 36, write each expression as a single logarithm with a coefficient of 1. Assume all variable expressions represent positive real numbers. 21. log(x + 5) + 2 log x 22 log,u + 4 log, v
380
CHAPTER 4 EXPONENTIAL AND LOGARITHMIC
29. 2(loggx + log,y)- log,(x + 2)
1
30.
log,x- log,y + 2 log;(x+ 2)
31. 2 In(x + 4) - In x- In(x2-3)
32. log(3x) - (2 log x- log y)
1
33. In(2x +5) In y- 2 In z+
, In w
34. log, x + log,(y+ 3) + log,y + 2) - log,(y
35. In(x2-9)- 2 In(x-3) +3 In y
36. log,(x + 7x + 12)- 2 log,(x+ 4)
In Exercises 37 to 48, use the change-of-base
to approximate the logarithm accurate to the
ten-thousandth.
37. log,20
38. logs37
39. log, 14
40. log2s 15
41. logs
42. logi
43. logo Vi7
23
Transcribed Image Text:380 CHAPTER 4 EXPONENTIAL AND LOGARITHMIC 29. 2(loggx + log,y)- log,(x + 2) 1 30. log,x- log,y + 2 log;(x+ 2) 31. 2 In(x + 4) - In x- In(x2-3) 32. log(3x) - (2 log x- log y) 1 33. In(2x +5) In y- 2 In z+ , In w 34. log, x + log,(y+ 3) + log,y + 2) - log,(y 35. In(x2-9)- 2 In(x-3) +3 In y 36. log,(x + 7x + 12)- 2 log,(x+ 4) In Exercises 37 to 48, use the change-of-base to approximate the logarithm accurate to the ten-thousandth. 37. log,20 38. logs37 39. log, 14 40. log2s 15 41. logs 42. logi 43. logo Vi7 23
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