1 / 19

Question 1

Question 1. Simplify . A. Go to #4 B. Go to # 12 C . Go to # 17 D. Go to # 9. Question 2. Simplify. 38 4 Go to #10 2 4 Go to #7 1536 Go to #16 24 Go to #5. Question 3. What is the domain and range for the function: y = 4(2) x + 6?.

afra
Télécharger la présentation

Question 1

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Question 1 • Simplify A. Go to #4 B. Go to # 12 C. Go to # 17 D. Go to # 9

  2. Question 2 • Simplify 384 Go to #10 24 Go to #7 1536 Go to #16 24 Go to #5

  3. Question 3 • What is the domain and range for the function: y = 4(2)x + 6? Domain: ( , Range: (6,) Go to #15 Domain: ( , Range: (-6,) Go to #9 Domain: ( , Range: (-,) Go to #4 Domain: ( , Range: (-,) Go to #12

  4. Question 4 • What are the transformations for the function y = -(4)x+7 – 3? Shrink by a SF of ½, shift left 7, shift down 3 Go to #14 Stretch by a SF of ½, shift right 7, shift down 3 Go to #7 Shrink by a SF of ½ , reflect across the asymptote, shift left 7, shift down 3 Go to #17 Shrink by a SF of ½, reflect across the asymptote, shift left 3, shift up 7 Go to #9

  5. Question 5 • What is the common ratio in the following geometric sequence: 3 Go to #8 20 Go to #3 Go to #7 Go to #14

  6. Question 6 • If a3=12 and r= 3, what is a1? Go to #17 108 Go to #5 Go to #12 4 Go to #2

  7. Question 7 • Write the rule for the geometric sequence if a3 = 8 and a5 = 288. an = Go to #10 an = Go to #27 an = 8 Go to #3 an = Go to #11

  8. Question 8 • If f(x) = x2 + 3 and g(x) = x -5 what is f(g(x))? x2 – 2 Go to # 10 x2 - 10x + 28 Go to # 2 x2+ x - 2 Go to # 15 x3 - 5x2 +3x - 15 Go to # 18

  9. Question 9 • What is the inverse of the function Go to #14 Go to #2 Go to #13 Go to #6

  10. Question 10 • Solve for x: 3x-2 = 272x-1 x= Go to #18 x= -1 Go to #3 x= 0 Go to #6 x= 5 Go to #15

  11. Question 11 • A new car is purchased for $40,000. If the value of the car depreciated at 10% each year, when will the car be worth $20,000? About 60.5 years Go to #14 About 6.5 years Go to #9 About 10 years Go to #6 About 5 years Go to #2

  12. Question 12 • A ring is purchased for $1,000. The value of the ring appreciates 5% each year. How much will the ring be worth after 10 years? $162,051 Go to #3 $598.74 Go to #7 $57,665.04 Go to #15 $1,628.89 Go to #10

  13. Question 13 • $2,000 is deposited into a savings account that is compound quarterly at 3%. How much will be in the bank after 5 years? $2,318.55 Go to #4 $2,322.37 Go to #1 $8,495.70 Go to #10 $2,076.13 Go to #15

  14. Question 14 • What is the rate of change for over the interval Go to #8 Go to #16 Go to #12 Go to #5

  15. Question 15 • Solve the inequality: Go to #9 Go to #1 Go to #11 Go to #18

  16. Question 16 • If and , what is f(x)-g(x)? x – 1 Go to #11 x2 - x - 1 Go to #4 x2 – x + 5 Go to #3 x2 – 1 Go to #17

  17. Question 17 • Which of the following statements is true if f(x) = 3x2 + 4, g(x) = x–2, & h(x) = 3x2 - 12x+ 16 h(x) = f(x) – g(x) Go to #9 h(x) = f(g(x)) Go to #14 h(x) = g(f(x)) Go to #11 h(x) = f(x) + g(x) Go to #2

  18. Question 18 • Which of the following points would be on the graph of (1, 7) Go to # 15 (2, 7) Go to #1 (2, 4) Go to #4 (1, ) Go to # 11

  19. Answers

More Related