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## Week One Calculus Notes

by: Brenna Graham

110

13

3

# Week One Calculus Notes 191g

Marketplace > New Mexico State University > Math > 191g > Week One Calculus Notes
Brenna Graham
NMSU
GPA 3.9

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Free notes for Calculus I week 1 with first lecture, syllabus, and part of 2.1 notes
COURSE
Calculus I
PROF.
Dr. Andres Contreras
TYPE
Class Notes
PAGES
3
WORDS
CONCEPTS
Calculus, Calc, Math, Mathematics
KARMA
Free

## Popular in Math

This 3 page Class Notes was uploaded by Brenna Graham on Thursday August 4, 2016. The Class Notes belongs to 191g at New Mexico State University taught by Dr. Andres Contreras in Fall 2016. Since its upload, it has received 110 views. For similar materials see Calculus I in Math at New Mexico State University.

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Date Created: 08/04/16
August 18 2016  Lecture 1, syllabus, and 2.1 notes  Basic question: what happens to f(x) and x approaches a? f(a)    Example: As x approaches 3 f(x) (y) approaches what?    Limit in this case is 2 because as you go along both  sides of the line the closer to x=3 the line gets the closer  to 2=y  the line gets. Thus the limit is 2.   A limit is how a function f behaves as it approaches a  certain point.              Limits Example 2:    As one approaches x = 3 from the right the limit =2  but from the left the limit = 1. Thus limits exist just  different from different sides.                     When do limits not exist?   Example 3: If the limit is at an unknowable number  such as at an asymptote then there is no limit.            Example 4: If the Limit is during a spot where the  function oscillates too quickly to be determined  there is no limit.                Why do we care? To define instances of rate of change. If change is constant derivative=0  Tip: Memorize all trig identities since we won’t have use of calculators on tests.  What to do if Limit is undefined?   Example 5: As the limit approaches 0 sinx/x=? It  equals 0/0 so undefined.   One can see from either side that the equation  approaches 1 at 0. One way to notice this  non­graphically is to plug closer and closer  numbers from either side of 0 to determined  where it approaches.        In class example:  Average velocity= d/t  Formula if velocity is constant: change in  position = velocity x change in time.     Example 6: ​Distance​= S ​ (T2) ­S(T1)                         Time          T2 ­  T1  Instant rate of change at T1=? For S(T)=?  I didn’t catch the end to his answer but  basically calculate the derivative and that is the  rate of change.          SYLLABUS NOTES     Tuesdays and Thursdays 5:15 pm to 6:30 pm in Science Hall 110.Lab: Tuesdays and Thursdays 6:30 ­  6:55 pm in SH 110.\  CONTACT INFO:  Instructor: Dr. Andres Contrera​ contre@nmsu.edu   Oﬃce Hours: Science Hall 225 Fridays 3:00 ­ 6:00 pm  Teaching Assistant: Cong Wang (​cong960@nmsu.edu​)  WH 101 is the math help center    HOMEWORK  Go to ​http://www.webassign.net​. Select: I have a class key. The class key for this section is nmsu 5336  8664.  Quizzes​ : 7­9 throughout the year  Exams:​  Thursday, September 29 and Thursday, Nov 10 at 7:00 ­8:30pm  Final:​ Tuesday, December 6 at 3:30­5:30 p.m    Typical grade cut offs   Grades:  Readiness Exam: 3%  Homework: 12%  Quizzes 20:%  Exam 1: 20%  Exam 2: 20%  Final Exam: 25%    More detailed info on syllabus at  https://nmsu.instructure.com/courses/1018142/files/folder/unfiled?preview=84860572

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