# Math 151 Matlab Assignments For Students

### Sections

Sec | Instructor | Lecture | TA | Recitation/Computer Lab |
---|---|---|---|---|

501 | Joung Dong Kim | MWF 10:20-11:10am HECC 207 | Sheagan John | T 9:10-10:00am Haynes Engineering Building 223 R 9:10-10:00am BLOC 126 |

502 | Joung Dong Kim | MWF 10:20-11:10am HECC 207 | Sheagan John | T 10:20-11:10am Haynes Engineering Building 223 R 10:20-11:10am BLOC 126 |

503 | Joung Dong Kim | MWF 10:20-11:10am HECC 207 | Sheagan John | T 11:30-12:20pm Haynes Engineering Building 223 R 11:30-12:20pm BLOC 126 |

504 | Joung Dong Kim | MWF 10:20-11:10am HECC 207 | Dustin McPhate | T 12:40-1:30pm Haynes Engineering Building 222 R 12:40-1:30pm BLOC 124 |

505 | Joung Dong Kim | MWF 10:20-11:10am HECC 207 | Dustin McPhate | T 1:50-2:40pm Haynes Engineering Building 222 R 1:50-2:40pm BLOC 124 |

506 | Joung Dong Kim | MWF 10:20-11:10am HECC 207 | Dustin McPhate | T 3:00-3:50pm Haynes Engineering Building 222 R 3:00-3:50pm BLOC 124 |

507 | Joung Dong Kim | MWF 11:30-12:20pm HECC 207 | Li Ying | T 9:10-10:00am Haynes Engineering Building 222 R 9:10-10:00am BLOC 124 |

508 | Joung Dong Kim | MWF 11:30-12:20pm HECC 207 | Li Ying | T 10:20-11:10am Haynes Engineering Building 222 R 10:20-11:10am BLOC 124 |

509 | Joung Dong Kim | MWF 11:30-12:20pm HECC 207 | Li Ying | T 11:30-12:20pm Haynes Engineering Building 222 R 11:30-12:20pm BLOC 124 |

510 | Joung Dong Kim | MWF 11:30-12:20pm HECC 207 | Adam Deaton | T 3:00-3:50pm Haynes Engineering Building 223 R 3:00-3:50pm BLOC 126 |

511 | Joung Dong Kim | MWF 11:30-12:20pm HECC 207 | Adam Deaton | T 4:10-5:00pm Haynes Engineering Building 223 R 4:10-5:00pm BLOC 126 |

512 | Joung Dong Kim | MWF 11:30-12:20pm HECC 207 | Adam Deaton | T 5:20-6:10pm Haynes Engineering Building 223 R 5:20-6:10pm BLOC 126 |

516 | Joseph Edward Kahlig | TR 9:35-10:50am HELD 105 | Ayo Adeniran | M 11:30-12:20pm Haynes Engineering Building 134 W 11:30-12:20pm BLOC 123 |

517 | Joseph Edward Kahlig | TR 9:35-10:50am HELD 105 | Ayo Adeniran | M 12:40-1:30pm Haynes Engineering Building 222 W 12:40-1:30pm BLOC 124 |

518 | Joseph Edward Kahlig | TR 9:35-10:50am HELD 105 | Ayo Adeniran | M 1:50-2:40pm Haynes Engineering Building 222 W 1:50-2:40pm BLOC 124 |

522 | Joseph Edward Kahlig | TR 11:10-12:25pm HELD 105 | Ryan Malthaner | M 11:30-12:20pm Haynes Engineering Building 223 W 11:30-12:20pm BLOC 126 |

523 | Joseph Edward Kahlig | TR 11:10-12:25pm HELD 105 | Ryan Malthaner | M 12:40-1:30pm Haynes Engineering Building 223 W 12:40-1:30pm BLOC 126 |

524 | Joseph Edward Kahlig | TR 11:10-12:25pm HELD 105 | Ryan Malthaner | M 1:50-2:40pm Haynes Engineering Building 134 W 1:50-2:40pm BLOC 123 |

525 | Gregory Stephen Klein | TR 2:20-3:35pm HECC 110 | Austin Conner | M 3:00-3:50pm Haynes Engineering Building 223 W 3:00-3:50pm BLOC 126 |

526 | Gregory Stephen Klein | TR 2:20-3:35pm HECC 110 | Austin Conner | M 4:10-5:00pm Haynes Engineering Building 223 W 4:10-5:00pm BLOC 126 |

527 | Gregory Stephen Klein | TR 2:20-3:35pm HECC 110 | Austin Conner | M 11:30-12:20pm Oceanography & Meteorology 206 W 11:30-12:20pm BLOC 124 |

M01 | Saikat Biswas | TBA | TBA |

## Fall 2014 Math 151

Lab Instructions and Assignments

### Instructions

#### Maplets for Calculus:

**M4C assignments are done in lab and/or at home to prepare for the quiz in recitation the following week.**:

**To access the Maplets for Calculus:**

- Go to the Math Department MATH 151 Home Page and click on the Maplets link or go directly to http://m4c.math.tamu.edu/.
- Once there, click on the TAMU link at the top-right and log in using your NetID and password.
- Expand the desired section. Click on the name of the desired Maplet.
- The first Maplet will take longer to open because it needs to start the Java engine.

**The Maplets require Maple on the client machine:**

- Students can purchase Maple 17 from https://software.tamu.edu/ for $55.
- Students can access the M4C at any TAMU Open Access Lab.
- Students can remotely log into the TAMU Virtual Open Access Lab at https://voal.tamu.edu/ and access the M4C from there.
- Students can access the M4C at the Math Department Calclabs.
- Students can remotely log into the Math Department Calclabs using the NoMachine NX Client which can be downloaded at http://www.nomachine.com/download.php. Here is an Installation Video: Flash M4V (for Ipod/Iphone).

#### Matlab:

**MATLAB Setup:**:

**Accessing your Matlab Files Outside of Class**:

- Remote Access Using No Machine: Flash M4V for Ipod/Iphone
- FileZilla: Flash M4V for Ipod/Iphone
- Printing Your Work: Flash M4V for Ipod/Iphone
- Over Quota: Flash M4V for Ipod/Iphone

**Matlab Assignments**:

- are started during your computer lab on week shown below and completed at home.
- are due at the
**BEGINNING**of your computer lab on week after that shown below. - Have your team's work STAPLED IN ADVANCE. The cover sheet on the front should have the names of all members of your team along with your section number. Remember that each group member should initial the problem(s) he or she worked on as well.

### Assignments

Week 1: Sept 01-05

Complete the **Pre-Semester Survey** at the link sent to your TAMU email this morning. If (AND ONLY IF) you do not have the email, click HERE to access the survey. **M4C** Practice these Maplets in lab and at home: (You may have a quiz next recitation)

4. Horizontal and Vertical Shifting of the Basic Functions

15. Finding Vertical Asymptotes

16. Finding Domain and Range

25. Properties of Sine and Cosine Curves

Week 2: Sep 08-12:

Set up your **Matlab account**. See instructions above. **Matlab**: Due Sep 15-17 at the *beginning* of lab!

MATLAB Assignment 1 and Video: Flash M4V (Ipod/Iphone) **M4C** Practice these Maplets in lab and at home: (You may have a quiz next recitation)

29. Left and Right Limits and Continuity, given a Graph

30. Left and Right Limits and Continuity, given a Formula

28. 2D Vector Algebra

Week 3: Sep 15-19: **Matlab**: Due Sep 22-26 at the *beginning* of lab!

MATLAB Assignment 2**M4C** Practice these Maplets at home: (You may have a quiz next recitation)

32. Computing Limits By Factoring and Canceling

33. Computing Limits by Expanding and Canceling

34. Computing Limits By Conjugation and Canceling

35. Computing Limits By Finding the Common Denominator

36. Computing Limits with Absolute Values or Square

37. Computing Infinite Limits by Finding Signs of Factors

38. Computing Limits at Infinity

39. Computing Limits at Infinity with Absolute Values or Square Roots

45. Intermediate Value Theorem

Week 4: Sep 22-26: **Matlab**: Due 29/Sep-03/Oct at the *beginning* of lab!

MATLAB Assignment 3**M4C** Practice these Maplets in lab and at home: (You may have a quiz next recitation)

50. From Secant Slopes to Tangent Slope, given a Graph and Numeric Data

51. From Secant Slopes to Tangent Slope, given a Formula

52. Computing Tangent Lines

Week 5: Sep 29-Oct 01: (Exam 1 Thur Oct 02) **Exam 1 Review****M4C** Practice these and all previous Maplets at home to prepare for the exam:

54. Derivative Drill (use polynomials only, use product and quotient but no power or chain rules)

66. From Position to Velocity and Acceleration

Week 6: Oct 06-10: **Matlab**: Due Oct 13-17 at the *beginning* of lab!

MATLAB Assignment 4**M4C** Practice these Maplets at home: (You may have a quiz next recitation)

54. Derivative Drill (add trig)

Week 7: Oct 13-17: **Matlab**: Due Oct 20-24 at the *beginning* of lab!

MATLAB Assignment 5**M4C** Practice these Maplets at home: (You may have a quiz next recitation)

53. Chain Rule

54. Derivative Drill (add chain rule),

55. Implicit Differentiation

68. Parametric Tangent Lines

Week 8: Oct 20-24: **Matlab**: Due Oct 27-31 at the *beginning* of lab!

MATLAB Assignment 6**M4C** Practice these Maplets at home: (You may have a quiz next recitation)

59. Related Rates

60. Related Rates: The Balloon

61. Related Rates: Filling a Cone

62. Related Rates: The Ladder

63. Related Rates: Distance Between Moving Objects

64. Related Rates: The Tightrope Walker

65. Related Rates: Ascending Airplane

58. Linear Approximation

Week 9: Oct 27-29: (Exam 2 Thur Oct 30) **Exam 2 Review****M4C** Practice these and all previous Maplets at home to prepare for the exam:

54. Derivative Drill (add exp)

57. Derivatives of Inverse Functions

Week 10: Nov 03-07: **Matlab**: Due Nov 10-14 at the *beginning* of lab!

MATLAB Assignment 7**M4C** Practice these Maplets at home: (You may have a quiz next recitation)

20. Solving Logarithmic Equations

18. Radioactive Decay

19. Bacteria Growth

54. Derivative Drill (add log and inverse trig)

Week 11: Nov 10-14: **Matlab**: Due Nov 17-21 at the *beginning* of lab!

MATLAB Assignment 8**M4C** Practice these Maplets in lab and at home: (You may have a quiz next recitation)

69. Identifying Graphs of First and Second Derivatives

70. Properties of the Graph of a Function: Terminology

71. Properties of the Graph of a Function

72. Properties of the Graph of the First Derivative of a Function

73. Properties of the Graph of the Second Derivative of a Function

Week 12: Nov 17-21: **Matlab**: Due Nov 24-28 at the *beginning* of lab!

MATLAB Assignment 9**M4C** Practice these Maplets at home: (You may have a quiz next recitation)

67. L'Hospital's Rule

75. Finding and Classifing Critical Points of a Function

Week 13: Nov 24-28: **Matlab**: Due Tue, 09/Dec at the *beginning* of class!

MATLAB Assignment 10**M4C** Practice these and all previous Maplets at home to prepare for the exam:

76. Max/Min: The Tin Can

77. Max/Min: Fencing a Field

78. Max/Min: Surface Area of a Box

79. Max/Min: Rectangle in an Ellipse

80. Max/Min: Distance from a Point to a Line

81. Max/Min: Crossing a River

83. Anti-Derivative Drill

99. Left Riemann Sums

100. Right Riemann Sums

Week 14: Dec 01-05: (Exam 3 Tue Dec 02)

Complete the **Post-Semester Survey** at the link sent to your TAMU email this morning. If (AND ONLY IF) you do not have the email, click HERE to access the survey. **Exam 3 Review****M4C** Practice these and all previous Maplets at home to prepare for the final exam:

84. Anti-Derivatives with Initial Conditions

85. From Acceleration to Velocity and Position

Please send comments, questions, or suggestions to Philip Yasskin at yasskin@math.tamu.edu or David Manuel at dmanuel@math.tamu.edu.

Last updated Mon, 01/Dec/2014
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