ENGR 323 BHW 15 Van Bonn 1/7

Similar documents
Text: WMM, Chapter 5. Sections , ,

( ) Differential Equations. Unit-7. Exact Differential Equations: M d x + N d y = 0. Verify the condition

VTU NOTES QUESTION PAPERS NEWS RESULTS FORUMS

a b ixā + y b ixb + ay

2008 AP Calculus BC Multiple Choice Exam

Probability and Stochastic Processes: A Friendly Introduction for Electrical and Computer Engineers Roy D. Yates and David J.

AP Calculus BC Problem Drill 16: Indeterminate Forms, L Hopital s Rule, & Improper Intergals

1997 AP Calculus AB: Section I, Part A

10. Limits involving infinity

Partial Derivatives: Suppose that z = f(x, y) is a function of two variables.

1997 AP Calculus AB: Section I, Part A

AP Calculus BC AP Exam Problems Chapters 1 3

Differentiation of Exponential Functions

Problem Statement. Definitions, Equations and Helpful Hints BEAUTIFUL HOMEWORK 6 ENGR 323 PROBLEM 3-79 WOOLSEY

MA1506 Tutorial 2 Solutions. Question 1. (1a) 1 ) y x. e x. 1 exp (in general, Integrating factor is. ye dx. So ) (1b) e e. e c.

Continuous probability distributions

First derivative analysis

Section 11.6: Directional Derivatives and the Gradient Vector

ME 321 Kinematics and Dynamics of Machines S. Lambert Winter 2002

Where k is either given or determined from the data and c is an arbitrary constant.

u x v x dx u x v x v x u x dx d u x v x u x v x dx u x v x dx Integration by Parts Formula

1973 AP Calculus AB: Section I

NEW APPLICATIONS OF THE ABEL-LIOUVILLE FORMULA

Math 102. Rumbos Spring Solutions to Assignment #8. Solution: The matrix, A, corresponding to the system in (1) is

MAXIMA-MINIMA EXERCISE - 01 CHECK YOUR GRASP

Schematic of a mixed flow reactor (both advection and dispersion must be accounted for)

MA 262, Spring 2018, Final exam Version 01 (Green)

Engineering 323 Beautiful HW #13 Page 1 of 6 Brown Problem 5-12

Thomas Whitham Sixth Form

3) Use the average steady-state equation to determine the dose. Note that only 100 mg tablets of aminophylline are available here.

The function y loge. Vertical Asymptote x 0.

Abstract Interpretation: concrete and abstract semantics

Integration by Parts

Calculus concepts derivatives

Cycles and Simple Cycles. Paths and Simple Paths. Trees. Problem: There is No Completely Standard Terminology!

Einstein Equations for Tetrad Fields

as a derivative. 7. [3.3] On Earth, you can easily shoot a paper clip straight up into the air with a rubber band. In t sec

Calculus II (MAC )

Differential Equations

Thomas Whitham Sixth Form

Pipe flow friction, small vs. big pipes


Deift/Zhou Steepest descent, Part I

Need to understand interaction of macroscopic measures

Southern Taiwan University

ANALYSIS IN THE FREQUENCY DOMAIN

Limits Indeterminate Forms and L Hospital s Rule

AP Calculus Multiple-Choice Question Collection

Dealing with quantitative data and problem solving life is a story problem! Attacking Quantitative Problems

Functions of Two Random Variables

Math 34A. Final Review

Recall that by Theorems 10.3 and 10.4 together provide us the estimate o(n2 ), S(q) q 9, q=1

Fr Carrir : Carrir onntrations as a funtion of tmpratur in intrinsi S/C s. o n = f(t) o p = f(t) W will find that: n = NN i v g W want to dtrmin how m

Numerical methods, Mixed exercise 10

10. The Discrete-Time Fourier Transform (DTFT)

A. Limits and Horizontal Asymptotes ( ) f x f x. f x. x "±# ( ).

The Matrix Exponential

Fourier Transforms and the Wave Equation. Key Mathematics: More Fourier transform theory, especially as applied to solving the wave equation.

Outline. 1 Introduction. 2 Min-Cost Spanning Trees. 4 Example

4037 ADDITIONAL MATHEMATICS

Things I Should Know Before I Get to Calculus Class

Decline Curves. Exponential decline (constant fractional decline) Harmonic decline, and Hyperbolic decline.

The Matrix Exponential

Least Favorable Distributions to Facilitate the Design of Detection Systems with Sensors at Deterministic Locations

y = 2xe x + x 2 e x at (0, 3). solution: Since y is implicitly related to x we have to use implicit differentiation: 3 6y = 0 y = 1 2 x ln(b) ln(b)

6.1 Integration by Parts and Present Value. Copyright Cengage Learning. All rights reserved.

Direct Approach for Discrete Systems One-Dimensional Elements

Prelim Examination 2011 / 2012 (Assessing Units 1 & 2) MATHEMATICS. Advanced Higher Grade. Time allowed - 2 hours

Solution of Assignment #2

Electron energy in crystal potential

Massachusetts Institute of Technology Department of Mechanical Engineering

u r du = ur+1 r + 1 du = ln u + C u sin u du = cos u + C cos u du = sin u + C sec u tan u du = sec u + C e u du = e u + C

EXST Regression Techniques Page 1

Function Spaces. a x 3. (Letting x = 1 =)) a(0) + b + c (1) = 0. Row reducing the matrix. b 1. e 4 3. e 9. >: (x = 1 =)) a(0) + b + c (1) = 0

Bifurcation Theory. , a stationary point, depends on the value of α. At certain values

Integral Calculus What is integral calculus?

1 1 1 p q p q. 2ln x x. in simplest form. in simplest form in terms of x and h.

1 General boundary conditions in diffusion

Functions of Two Random Variables

2F1120 Spektrala transformer för Media Solutions to Steiglitz, Chapter 1

As the matrix of operator B is Hermitian so its eigenvalues must be real. It only remains to diagonalize the minor M 11 of matrix B.

ECE COMBINATIONAL BUILDING BLOCKS - INVEST 13 DECODERS AND ENCODERS

COHORT MBA. Exponential function. MATH review (part2) by Lucian Mitroiu. The LOG and EXP functions. Properties: e e. lim.

A Propagating Wave Packet Group Velocity Dispersion

For more important questions visit :

ECE 3600 Lumped-Parameter Transmission Line Models b

Objective Mathematics

Solution: APPM 1360 Final (150 pts) Spring (60 pts total) The following parts are not related, justify your answers:

3 2x. 3x 2. Prepared by Vince Zaccone For Campus Learning Assistance Services at UCSB

SECTION where P (cos θ, sin θ) and Q(cos θ, sin θ) are polynomials in cos θ and sin θ, provided Q is never equal to zero.

Inference Methods for Stochastic Volatility Models

Kernels. ffl A kernel K is a function of two objects, for example, two sentence/tree pairs (x1; y1) and (x2; y2)

Case Study 1 PHA 5127 Fall 2006 Revised 9/19/06

Differential Equations: Homework 3

MATH 1080 Test 2-SOLUTIONS Spring

UNIT I PARTIAL DIFFERENTIAL EQUATIONS PART B. 3) Form the partial differential equation by eliminating the arbitrary functions

Basic Polyhedral theory

QUESTIONS BEGIN HERE!

Logarithms. Secondary Mathematics 3 Page 164 Jordan School District

Finite Element Models for Steady Flows of Viscous Incompressible Fluids

Transcription:

ENGR 33 BHW 5 Van Bonn /7 4.4 In Eriss and 3 as wll as man othr situations on has th PDF o X and wishs th PDF o Yh. Assum that h is an invrtibl untion so that h an b solvd or to ild. Thn it an b shown that th PDF o Y is [ ] a I X has a uniorm distribution with A and B driv th PDF o Y ln X b Wor ris usin this rsult. Wor Eris 3b usin this rsult. Baround Inormation: Thr ar our stps to dtrmin th PDF o Y.. Find. Find ' 3. Find th ran o or 4. Us Equation and plu in and ' and solv or th PDF Not: Y h must b invrtibl to produ X and ' must ist. SOLUTION a For part a w ar told that X is uniorml distributd [X~UniormAB]. Our tt p. 7 dins th PDF o a ontinuous uniorm random variabl as A B B A othrwis B - A A B

ENGR 33 BHW 5 Van Bonn /7 Thror or 4 part a th PDF o th random variabl X is othrwis Furthrmor th problm statmnt dins th ollowin h Y ln X STEP Usin albrai manipulation w solv quation or as a untion o as ollows Y ln X 3 STEP Finall solvin or th drivativ o w hav STEP 3 [ ] 4 Sin thn an valu o on th intrval rom A to B Whih raiss th qustion: What ar th intrval valus o Y? From th PDF o X w now that dins th ran o valus o. Thror to din th ran o valus that th random variabl Y an bom w solv th ollowin or B plottin variabl Y. I thn and thror < Fiur No. an b usd to raphiall dtrmin th ran or th random

ENGR 33 BHW 5 Van Bonn 3/7 p- Ran o Y + "Asmptot" Fiur No. Th raph o usd to dtrmin th ran o. STEP 4 Pluin quations 3 and 4 into quation rsults in th ollowin PDF or th random variabl Y [ ] [ ] othrwis Fiur No. is a raphial rprsntation o th PDF o th random variabl Y. p- Ran o Y Not: As approahs ininit th ara undr th urv o p- is on as ptd Fiur No. Th PDF o Y CONCLUSION: Th distribution o th nativ o th natural lo o a uniorm distribution is an ponntiall distributd random variabl.

ENGR 33 BHW 5 Van Bonn 4/7 4.4 b Wor ris usin this rsult. Lt Z hav a standard normal distribution and din a nw random variabl Y Z + µ. Show that Y has a normal distribution with paramtrs µ and. Solution b Qustion dins th random variabl Z to hav a standard normal distribution [Z~Normµ ]. From our tt p. 79 us th standard normal random variabl Z and plu it into th PDF o th normal random variabl X as dind on p. 7 o our tt to produ th PDF o Z. Eq p.79: Z µ X X µ Z Eq p.75: µ π To produ th PDF o th standard normal distribution o our random variabl Z substitut Equation i into Equation and rpla with. z z - z π < z < IF... and th problm tlls us... STEP thn... as w ptd. hz Y Z + µ µ 5 STEP B solvin or th drivativ o w hav 6

ENGR 33 BHW 5 Van Bonn 5/7 STEP 3 I and larl < Y Z < Z + µ < Y < whr and µ ar onstant STEP 4 B substitutin Equation 5 and 6 into Equation rom part a w produ th ollowin µ µ π π µ - < < Fiur No.3 is th PDF or an normal distribution with paramtrs µ and. I µ and thn this PDF boms th standard normal distribution..45.4.35.3.5..5..5-6 -5-4 -3 - - 3 4 5 6 n n standard dviations rom th man Fiur No.3 PDF or a normal distribution with n standard dviations rom th man µ. Noti that i and th µ thn this is th standard normal distribution

ENGR 33 BHW 5 Van Bonn 6/7 4.4 Wor ris 3 b usin this rsult. 3 b I X has a amma distribution with paramtrs and what is th probabilit distribution o Y X? Solution First w ar told ~ GAMMA X From prvious handouts w now th PDF o X > othrwis 3 b tlls us that Y X STEP suh that w an dtrmin STEP and solvin or th drivativ o w hav STEP 4 Pluin Equations 7 and 8 into Equation rom part a w hav th ollowin ] [ Combin ths two and ou t... 7 8

ENGR 33 BHW 5 Van Bonn 7/7 And i this is rwrittn as suh... It is as to s that Y has a amma distribution with th onl dirn rom X bin th onstant tims. Thror w an sa ~ GAMMA Y and has th ollowin PDF > othrwis STEP 3 W now this to b tru baus an random variabl with a amma distribution is ratr than zro and Y~Gamma