1 / 23

Important Announcements: Drop-in Tutoring and Section Changes

Drop-in tutoring hours are available Monday to Thursday from 4-10 PM in Baskin 379. Homework is due at the end of class on Monday, and must be stapled with your name, TA's name, and section information. There are also changes to section times and locations: M/W 8-9:50 AM with Wenyi is now 4-5:50 PM in Baskin 360; Tu/Th 8-9:50 AM with Deboja is now 6-7:50 PM in Baskin 295; M/W 5-6:50 PM with Shubhra has been adjusted by 10 minutes to 5:10-7:00 PM.

elaine
Télécharger la présentation

Important Announcements: Drop-in Tutoring and Section Changes

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. ANNOUNCEMENTS Drop in tutor hours: M-Tu-W-Th 4-10pm, Baskin 379 Homework due Monday at end of class. Stapled, name of student and name of TA and section you attend.

  2. ANNOUNCEMENTS SECTIONS CHANGE OF TIMES/LOCATION M/W 8-9:50am section with Wenyi moved to M/W 4-5:50 in Baskin 360. Tu/Th 8-9:50am section with Deboja moved to M/W 6-7:50 in Baskin 295 M/W 5-6:50pm section with Shubhra moved by 10 minutes to M/W 5:10-7:00pm

  3. Chapter IIfunctions and variables

  4. II.1 the concept of variables II.1.1 introduction the ultimate scientific aim is to understand causal links between events: WHY ? or HOW ?

  5. methods used to achieve that aim: • measurement • analysis • modeling • prediction • control

  6. measurement & analysis • all experiments/measurements provides data • human brain specifically designed to process images efficiently  analysis usually involves graphic representation of data.

  7. examples one quantity measured as a function of another

  8. examples one quantity measured as a function of another

  9. examples two quantities measured as a function of another

  10. examples one quantity measured as a function of two others

  11. examples one quantity measured as a function of two others

  12. examples one quantity measured as a function of two others

  13. examples one quantity measured as a function of three others

  14. Examples one quantity measured as a function of three others

  15. modeling to model and study complex problems one needs a rigorous mathematical framework

  16. II.1.2 definitions • independent variables: control parameters, the quantities that can be varied at will. • dependent variables: the quantities that change as a consequence of the independent variable being varied.

  17. but sometimes it’s all relative!

  18. II.2 Graphing 2 possible scales: linear and logarithmic II.2.1 the linear scale • use it when the variable has small range • the interval [a,b] has the same length as the interval [a+c,b+c]

  19. II.2.1 the logarithmic scale • use it when the variable has large range • the interval [a,b] has the same length as the interval [a x c, b x c]

  20. 3 example types of plots • linear - linear

  21. 3 example types of plots • log - linear

  22. 3 example types of plots • log - log

  23. II.3 Functions

More Related