AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1,...

12
AP Calculus BC MIDTERM EXAM REVIEW #2 MULTIPLE CHOICE – NO GRAPHING CALCULATOR – SHOW WORK and fill in SCANTRON. 1. 2. 3. 4.

Transcript of AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1,...

Page 1: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

AP Calculus BC MIDTERM EXAM REVIEW #2

MULTIPLE CHOICE – NO GRAPHING CALCULATOR – SHOW WORK and fill in SCANTRON.

1.

2.

3.

4.

Page 2: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

5.

6.

7.

Page 3: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

8.

9.

10.

11.

Page 4: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

12.

13.

14.

Page 5: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

15.

16.

17.

18.

Page 6: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

19.

20.

21.

Page 7: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

22.

23.

24.

25.

Page 8: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

FREE RESPONSE – NO GRAPHING CALCULATOR – Show all work.

26.

Page 9: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

27.

Page 10: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

28.

Page 11: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

26. (2006 AB #5)

ANSWERS

1. E (2003 #1)

2. C (2003 #2)

3. A (2003 #3)

4. D (2003 #4)

5. A (2008 #2)

6. C (2008 #3)

7. A (2008 #6)

8. C (2003 #7)

9. B (2003 #8)

10. A (2003 #9)

11. B (2008 #8)

12. D (2008 #9)

13. B (2008 #10)

14. B (2008 #13)

15. E (2008 #14)

16. A (2008 #15)

17. B (2008 #17)

18. A (2008 #18)

19. A (2008 #19)

20. A (2008 #21)

21. B (2008 #25)

22. E (2003 #14)

23. B (2003 #23)

24. E (2003 #27)

25. D (2003 #19)

Page 12: AP Calculus BC MIDTERM EXAM REVIEW #2 NO ......positive to negative at x = 2. g'(r) f(x) 0 at x = 1, 3 2 because f' changes from 1 relative extremum at x = 2 1 relative maximum with

27. (2005 AB #4)

28. (2004 AB# 5)


Pressure measurement · Vacuum x x x x x - x ... for precise relative gauge pressure measurement with ... absolute pressure measurement Primary elements Pressure transmitters.

Pressure measurement · Vacuum x x x x x - x ... for precise relative gauge pressure measurement with ... absolute pressure measurement Primary elements Pressure transmitters.

x;Using the method of lagrange's multipliers ~olve the N.L.p.p. Optimize z = 12 XI + gX2 + 6X3-Xl2-x; - xi - 23 subject to x I + X2 + x 3 = 10 I X I,X 2,X 3 ~ 0 8 6 6. Obtain the relative

x;Using the method of lagrange's multipliers ~olve the N.L.p.p. Optimize z = 12 XI + gX2 + 6X3-Xl2-x; - xi - 23 subject to x I + X2 + x 3 = 10 I X I,X 2,X 3 ~ 0 8 6 6. Obtain the relative

Special Products a(x + y + z) = ax + ay + az (x + y)(x – y) = x 2 – y 2 (x + y) 2 = x 2 + 2xy +y 2 (x – y) 2 = x 2 – 2xy +y 2 (x + y + z) 2 = x 2 + y.

Special Products a(x + y + z) = ax + ay + az (x + y)(x – y) = x 2 – y 2 (x + y) 2 = x 2 + 2xy +y 2 (x – y) 2 = x 2 – 2xy +y 2 (x + y + z) 2 = x 2 + y.

“Constructed” preferences Study effects relative to “complete, transitive” u(x) Study effects relative to “complete, transitive” u(x) “Constructed” means.

“Constructed” preferences Study effects relative to “complete, transitive” u(x) Study effects relative to “complete, transitive” u(x) “Constructed” means.

chapter 2 Relative motion (Translating axes)pioneer.netserv.chula.ac.th/~rchanat/2103213 MechI...Relative position Fixed axes Moving axes Here only the case where the x-y is notrotating

chapter 2 Relative motion (Translating axes)pioneer.netserv.chula.ac.th/~rchanat/2103213 MechI...Relative position Fixed axes Moving axes Here only the case where the x-y is notrotating

2. Learn about Relative Clauses

2. Learn about Relative Clauses

Relative Resource Manager 2

Relative Resource Manager 2

Warm-up, 3/28 Compute: 1. 2 x 2 x 2 x 2 = 2. 3 x 3 x 3 = 3. 2 x 2 x 3 x 3 x 3 = 4. 5 x 5 x 2 x 2 = 5. 2 x 2 x 4 =

Warm-up, 3/28 Compute: 1. 2 x 2 x 2 x 2 = 2. 3 x 3 x 3 = 3. 2 x 2 x 3 x 3 x 3 = 4. 5 x 5 x 2 x 2 = 5. 2 x 2 x 4 =

x 3 x 2 SOLUTION - Aboutmsmassenateducationdomain.weebly.com/uploads/2/8/9/...Solve 4 x = 1 2 x ± 3 (2 ) = (2 ) 2 x ± 1 x ± 3 2 = 2 2 x ± x + 3 2x = ± x + 3 x = 1 SOLUTION 4 x

x 3 x 2 SOLUTION - Aboutmsmassenateducationdomain.weebly.com/uploads/2/8/9/...Solve 4 x = 1 2 x ± 3 (2 ) = (2 ) 2 x ± 1 x ± 3 2 = 2 2 x ± x + 3 2x = ± x + 3 x = 1 SOLUTION 4 x

Stock Valuation Part 2 Relative Valuation

Stock Valuation Part 2 Relative Valuation

BRIGHTSIGN XD · 0° & 70° C at 90% max relative humidity, non-condensing X X SOFTWARE Free BrightAuthor Software XX BrightSign Networking Options X X ACCESSORIES USB Button Pads

BRIGHTSIGN XD · 0° & 70° C at 90% max relative humidity, non-condensing X X SOFTWARE Free BrightAuthor Software XX BrightSign Networking Options X X ACCESSORIES USB Button Pads

EDS-2008-EL Series · 2020. 2. 4. · EDS-2008-EL-M-SC: 36 x 81 x 67.9 mm (1.4 x 3.19 x 2.67 in) Environmental Limits Ambient Relative Humidity 5 to 95% (non-condensing) ... DR-120-24

EDS-2008-EL Series · 2020. 2. 4. · EDS-2008-EL-M-SC: 36 x 81 x 67.9 mm (1.4 x 3.19 x 2.67 in) Environmental Limits Ambient Relative Humidity 5 to 95% (non-condensing) ... DR-120-24

IMS Audience Report Asia Pacific 2016 - Home - · PDF fileSearches for 'Electronic Dance Music' relative to June 2012 x x x x x x x ... IMS Audience Report Asia Pacific 2016 David

IMS Audience Report Asia Pacific 2016 - Home - · PDF fileSearches for 'Electronic Dance Music' relative to June 2012 x x x x x x x ... IMS Audience Report Asia Pacific 2016 David

2. Relative Velocity

2. Relative Velocity

= (x + 6) (x + 2) Factor. 1. x 2 +8x + 12 2. x 2 +16x + 48 3. x 2 - 18x + 32 Multiply 4.(x – 9)(x + 9) = (x + 12) (x + 4) = (x - 16) (x - 2)

= (x + 6) (x + 2) Factor. 1. x 2 +8x + 12 2. x 2 +16x + 48 3. x 2 - 18x + 32 Multiply 4.(x – 9)(x + 9) = (x + 12) (x + 4) = (x - 16) (x - 2)

Describe each transformation: f(x) = -(x – 1) 2 + 4 f(x) = (x + 1) 2 – 2 f(x) = 2(x – 3) 2 + 1 f(x) = ½ (x + 2) 2 f(x) = -2x 2 + 3 f(x)

Describe each transformation: f(x) = -(x – 1) 2 + 4 f(x) = (x + 1) 2 – 2 f(x) = 2(x – 3) 2 + 1 f(x) = ½ (x + 2) 2 f(x) = -2x 2 + 3 f(x)

Exercise 2 Relative and absolute dating of geologic …lhsblogs.typepad.com/files/relative-dating-exercise-p1-5...2–1 Exercise 2 Relative and absolute dating of geologic events Introduction

Exercise 2 Relative and absolute dating of geologic …lhsblogs.typepad.com/files/relative-dating-exercise-p1-5...2–1 Exercise 2 Relative and absolute dating of geologic events Introduction

HRM Test Report · The HRM stand- off distances were either 150 or 175 ft. Basic test layout showing relative HRM and charge locations . 3 ... • BRM 1 – 2 x reflective, 2 x incident

HRM Test Report · The HRM stand- off distances were either 150 or 175 ft. Basic test layout showing relative HRM and charge locations . 3 ... • BRM 1 – 2 x reflective, 2 x incident

CS193X: Web Programming Fundamentals Victoria Kirst Spring ... · Moves element relative to its natural position by x and y transform: translateX(x) Moves element relative to its

CS193X: Web Programming Fundamentals Victoria Kirst Spring ... · Moves element relative to its natural position by x and y transform: translateX(x) Moves element relative to its

2nd qtr 2 relative pronouns

2nd qtr 2 relative pronouns