Calculus 241, section 12.2 Limits/Continuity & 12.3 Derivatives/Integrals notes by Tim Pilachowski r r r =, with a domain of real ( )

Similar documents
Physics 120 Spring 2007 Exam #1 April 20, Name

PHY2053 Summer C 2013 Exam 1 Solutions

Physics 15 Second Hour Exam

Chapter 6 Plane Motion of Rigid Bodies

Go over vector and vector algebra Displacement and position in 2-D Average and instantaneous velocity in 2-D Average and instantaneous acceleration

Addition & Subtraction of Polynomials

_ J.. C C A 551NED. - n R ' ' t i :. t ; . b c c : : I I .., I AS IEC. r '2 5? 9

E-Companion: Mathematical Proofs

On Fractional Operational Calculus pertaining to the product of H- functions

Chapter 4: Motion in Two Dimensions Part-1

4.8 Improper Integrals

Field due to a collection of N discrete point charges: r is in the direction from

1.B Appendix to Chapter 1

Reinforcement learning

Math 4318 : Real Analysis II Mid-Term Exam 1 14 February 2013

LAPLACE TRANSFORMS. 1. Basic transforms

International Mathematical Forum, Vol. 9, 2014, no. 13, HIKARI Ltd,

Maximum likelihood estimate of phylogeny. BIOL 495S/ CS 490B/ MATH 490B/ STAT 490B Introduction to Bioinformatics April 24, 2002

( ) ( ) ( ) ( ) ( ) ( ) j ( ) A. b) Theorem

Caputo Equations in the frame of fractional operators with Mittag-Leffler kernels

X-Ray Notes, Part III

Electric Potential. and Equipotentials

graph of unit step function t

FM Applications of Integration 1.Centroid of Area

Physics 110. Spring Exam #1. April 23, 2008

f(x) dx with An integral having either an infinite limit of integration or an unbounded integrand is called improper. Here are two examples dx x x 2

Homework 5 for BST 631: Statistical Theory I Solutions, 09/21/2006

ESS 265 Spring Quarter 2005 Kinetic Simulations

Chapter 3: Vectors and Two-Dimensional Motion

Today - Lecture 13. Today s lecture continue with rotations, torque, Note that chapters 11, 12, 13 all involve rotations

v v at 1 2 d vit at v v 2a d

SOME REMARKS ON HORIZONTAL, SLANT, PARABOLIC AND POLYNOMIAL ASYMPTOTE

() t. () t r () t or v. ( t) () () ( ) = ( ) or ( ) () () () t or dv () () Section 10.4 Motion in Space: Velocity and Acceleration

5-1. We apply Newton s second law (specifically, Eq. 5-2). F = ma = ma sin 20.0 = 1.0 kg 2.00 m/s sin 20.0 = 0.684N. ( ) ( )

T h e C S E T I P r o j e c t

Rotations.

Homework: Study 6.2 #1, 3, 5, 7, 11, 15, 55, 57

Technical Appendix for Inventory Management for an Assembly System with Product or Component Returns, DeCroix and Zipkin, Management Science 2005.

Improper Integrals. MATH 211, Calculus II. J. Robert Buchanan. Spring Department of Mathematics

L4:4. motion from the accelerometer. to recover the simple flutter. Later, we will work out how. readings L4:3

7 - Continuous random variables

Math 2142 Homework 2 Solutions. Problem 1. Prove the following formulas for Laplace transforms for s > 0. a s 2 + a 2 L{cos at} = e st.

Definite Integrals. The area under a curve can be approximated by adding up the areas of rectangles = 1 1 +

Science Advertisement Intergovernmental Panel on Climate Change: The Physical Science Basis 2/3/2007 Physics 253

Question 1. Question 3. Question 4. Graduate Analysis I Chapter 5

-HYBRID LAPLACE TRANSFORM AND APPLICATIONS TO MULTIDIMENSIONAL HYBRID SYSTEMS. PART II: DETERMINING THE ORIGINAL

Chebyshev Polynomial Solution of Nonlinear Fredholm-Volterra Integro- Differential Equations

15 DEFINITE INTEGRALS

Then the number of elements of S of weight n is exactly the number of compositions of n into k parts.

Satellite Orbits. Orbital Mechanics. Circular Satellite Orbits

IX.1.1 The Laplace Transform Definition 700. IX.1.2 Properties 701. IX.1.3 Examples 702. IX.1.4 Solution of IVP for ODEs 704

Physics 604 Problem Set 1 Due Sept 16, 2010

s = rθ Chapter 10: Rotation 10.1: What is physics?

IX.1.1 The Laplace Transform Definition 700. IX.1.2 Properties 701. IX.1.3 Examples 702. IX.1.4 Solution of IVP for ODEs 704

THE EXISTENCE OF SOLUTIONS FOR A CLASS OF IMPULSIVE FRACTIONAL Q-DIFFERENCE EQUATIONS

Chapter 14: Optical Parametric Oscillators

P a g e 3 6 of R e p o r t P B 4 / 0 9

( ) ( ) ( ) ( ) ( ) ( y )

Improper Integrals. The First Fundamental Theorem of Calculus, as we ve discussed in class, goes as follows:

Chapters 2 Kinematics. Position, Distance, Displacement

5.1-The Initial-Value Problems For Ordinary Differential Equations

Minimum Squared Error

( ) D x ( s) if r s (3) ( ) (6) ( r) = d dr D x

CSC 373: Algorithm Design and Analysis Lecture 9

e t dt e t dt = lim e t dt T (1 e T ) = 1

Multivariate Time Series Analysis

The Formulas of Vector Calculus John Cullinan

Topics for Review for Final Exam in Calculus 16A

Physics 232 Exam II Mar. 28, 2005

Example: Two Stochastic Process u~u[0,1]

HW3 : Moment functions Solutions

Bipartite Matching. Matching. Bipartite Matching. Maxflow Formulation

Chapter 7. Kleene s Theorem. 7.1 Kleene s Theorem. The following theorem is the most important and fundamental result in the theory of FA s:

Note 16. Stokes theorem Differential Geometry, 2005

II The Z Transform. Topics to be covered. 1. Introduction. 2. The Z transform. 3. Z transforms of elementary functions

PHYSICS 211 MIDTERM I 22 October 2003

Physics 11b Lecture #11

10.2 Series. , we get. which is called an infinite series ( or just a series) and is denoted, for short, by the symbol. i i n

Transformations. Ordered set of numbers: (1,2,3,4) Example: (x,y,z) coordinates of pt in space. Vectors

f(x) dx, If one of these two conditions is not met, we call the integral improper. Our usual definition for the value for the definite integral

Generalisation on the Zeros of a Family of Complex Polynomials

Mathematics 805 Final Examination Answers

CH.3. COMPATIBILITY EQUATIONS. Continuum Mechanics Course (MMC) - ETSECCPB - UPC

Ans: In the rectangular loop with the assigned direction for i2: di L dt , (1) where (2) a) At t = 0, i1(t) = I1U(t) is applied and (1) becomes

4.1 Schrödinger Equation in Spherical Coordinates

Circuits 24/08/2010. Question. Question. Practice Questions QV CV. Review Formula s RC R R R V IR ... Charging P IV I R ... E Pt.

Motion on a Curve and Curvature

Minimum Squared Error

defined on a domain can be expanded into the Taylor series around a point a except a singular point. Also, f( z)

of Technology: MIT OpenCourseWare). (accessed MM DD, YYYY). License: Creative Commons Attribution- Noncommercial-Share Alike.

Integral Solutions of Non-Homogeneous Biquadratic Equation With Four Unknowns

Parameter Estimation and Hypothesis Testing of Two Negative Binomial Distribution Population with Missing Data

Math Calculus with Analytic Geometry II

Chapter 6. Riemann Integral

Randomized Perfect Bipartite Matching

Question Instructions

EECE 260 Electrical Circuits Prof. Mark Fowler

TWO INTERFACIAL COLLINEAR GRIFFITH CRACKS IN THERMO- ELASTIC COMPOSITE MEDIA

What do you think I fought for at Omaha Beach? 1_1. My name is Phil - lip Spoon- er, and I ... "-- -. "a...,

FRACTIONAL MELLIN INTEGRAL TRANSFORM IN (0, 1/a)

Transcription:

Clculu 4, econ Lm/Connuy & Devve/Inel noe y Tm Plchow, wh domn o el Wh we hve o : veco-vlued uncon, ( ) ( ) ( ) j ( ) nume nd ne o veco The uncon, nd A w done wh eul uncon ( x) nd connuy e he componen uncon o, e ( ), y ( ) z ( ) x, y n Clculu I, we e (ho) de p no dcuon o lm Denon Le [ ] e veco-vlued uncon e dened ech pon n ome open nevl connn, excep poly el A veco L [ L ] he lm o () ppoche (o L he lm o ) o evey ε > hee nume δ > uch h < < δ, hen ( ) L < ε In h ce we we ( ) L lm ex lm nd y h ( ) In -D pce, we cn vulze n open ll [ee Lecue ] o unnel wh cene L nd du ε Then lm ( ) L hee n open nevl ou uch h n o ech nume n he nevl (excep poly ) pon n he ll/unnel Mo ueul o ou pupoe wll e Theoem 4 Le ( ) ( ) ( ) j ( ) Then h lm nd only, nd hve lm Th, lm ( ) lm ( ) lm ( ) j lm ( ) The poo n he ex, o I won duplce hee e ln j 5 e lm ln j 5 5 ( ) Exmple A nd lm ( ) nd ( ) ( ) Sde noe: To ollow n exmple n he ex nd o one o he pcce exece, you ll need o ememe h n lm Only couple moe heoecl hn e needed o nh up econ

o ll, popee Theoem 5 Le ( ) nd ( ) e veco-vlued uncon, nd ( ) nd ( ) whch ll lm ex nd pcully lm ( ) lm( )( ) lm ( ) lm ( ) lm ( )( ) lm ( ) lm ( ) lm( )( ) lm ( ) lm ( ) lm ( )( ) lm ( ) lm ( ) lm ( )( ) lm ( ) lm ( ) lm( o )( ) lm ( ) ( ) o ll n n open nevl ou Poo e n he ex, o I won duplce hem hee Second, connuy Denon 6 A veco-vlued uncon connuou pon e el-vlued uncon, o n domn lm ( ) ( ) Theoem 7 A veco-vlued uncon connuou nd only ech o componen uncon connuou Hee en econ Denon 8 Le e nume n he domn o veco-vlued uncon [ ( ) ( ) ] I lm ( ) ( ) ex, we cll h lm he devve o nd we ( ) lm d We ll lo ue he Lenz noon, ( ) d Inomlly ed, ju he devve o y ( x) w deved he lm o lope o ecn lne povdn he lope o he nen o he cuve, he devve ( ) C whch ced ou y veco-vlued uncon ( ) Theoem 9 Le ( ) ( ) ( ) j ( ) e deenle povde u wh veco whch nen o he cuve Then deenle nd only, nd j In h ce, ( ) ( ) ( ) ( ) Exmple B Le H ( ) ( 4) ( ) j ( 6) nd H ( ) A llued n Exmple B, he devve o lne veco-vlued uncon L conn vecovlued uncon pllel o L

Exmple C Le ( ) j n co nd π Noe h he poduc ule w needed o he z-componen Almo ll o he deenon ule om Clculu I hve counep o veco-vlued uncon Theoem Le,, nd e deenle, nd le e deenle wh ( ) ( )( ) ( ) ( ) ( )( ) ( ) ( ) ( ) ( ) ( ) [ ] ( ) ( ) ( ) o When hee choce o mehod, I ecommend choon he mple one Exmple D Le ( ) j ln 5 nd ( ) j co nd ( ) ( ) I we ue he ule ove, he h-hnd de would men don wo co poduc In h ce, my e ee o do one co poduc on he le, hen deene Poly he mo ueul o he popee ove wll e he l one, he chn ule

Coolly Le e deenle on n nevl I, nd ume hee nume c uch h ( ) c o n I Then ( ) ( ) o n I The ex h hee-lne poo Moe mpon o ou pupoe e he mplcon o Coolly I ( ) conn, hen o ech n he domn o one o he ollown ue ( ) ( ) (e, ( ) j c ) ce ou ccle) ( ) nd ( ) e pependcul (e ( ) Lecue Exmple E eved ven ( ) co co j 5 n, nd ( ) ( ) nd ( ) e pependcul o ll vlue o n he domn (Do h one on you own, o pcce), hen how h The econd devve o veco-vlued uncon dened he devve o he devve o veco vlued uncon ( ) j ( ) j j ( ) Exmple C eved Le ( ) co j n nd ( )

When we pply veco-vlued uncon o pplcon nvolvn moon wh epec o me, we e eul ml o hoe ound n Clculu I Poon: ( ) x ( ) y ( ) j z ( ) (dl o du veco) ( ) ( ) (dplcemen veco, om nl poon o cuen one) d dx dy dz Velocy: v ( ) j d d d d Speed: ( ) v Acceleon: ( ) dx dy dz d d d dv d d x d y d z j d d d d d Exmple E nd he poon, velocy nd peed o n ojec hvn cceleon ( ) v j, nd nl poon, nl velocy whee, nd o he exmple ove, we mde ue o Theoem Le ( ) ( ) ( ) j ( ) e connuou on [, ] ( d) ( ( ) d) j ( ( ) d) ( ) d ( ) ( ) d ( ) d ( ) d j ( ) d o nce wh h me de ppled o pplcon nvolvn ojec ujec only o he vy o eh (ex exece 47-49), ee he ex Exmple nd Exmple