mm-4369
===
Subject: Many Solutions Manuals and Ebooks in Electronic (PDF)Format!
Many Solutions Manuals and Ebooks in Electronic (PDF)Format!
PS: These are part of my solutions, if the solution you want
isnOt on the list, do not give up, just contact with me:
My email is solutionpay(at)hotmail.com( please replace the (at) with @ )
NOTE:
if the solutions you want is on the list renewed,please mention in your
email,thank you!
Solution manual for the list:.81B
I will reply with your Email within 12 hours!!
advanced engineering mathematics (8/e) by ERWIN KREYSZIG
advanced engineering mathematics (8/e)( korean version) by ERWIN
KREYSZIG
advanced engineering mathematics.81i9/e.81j (even solutions) by
ERWIN KREYSZIG
advanced macroeconomics
Analytical Mechanics (7/e) By Grant R. Fowles, George L. Cassiday
applied mathematics and modelling for chemical engineers(8/e)
Applied Strength of Materials (4th Edition) by Robert MoTT
C How to Program, 3RD Edition 2000 By Harvey M. Deitel
Calculus I, II, Transidentals 10e BY George B. Thomas
Calculus with Analytic Geometry
Calculus, 4th edition by James Stewart
Classical Electrodynamics 2Ed by Jackson
Computational Techniques for Fluid Dynamics By Karkenahalli Srinivas, Clive
A. J. Fletcher
Computer Organization and Design: The Hardware/Software Interface93/e) by
David A. Patterson, John L. Hennessy
Communication systems engineering 2nd
Design of Analog CMOS Integrated Circuit by B. Razavi
Digital and Analog Communication Systems by LEON W. COUCH
Digital and Analog Communication Systems .81C5th, by Leon W. Couch, Leon
W., II Couch .
DISCRETE-TIME SIGNAL PROCESSING/2e by Oppenheim.81ASchafer
Econometric Analysis (6/e) by willian H.GREENE
Econometric Analysis ,5th Edition, by William H. Greene
Electric Machinery Fundamentals 4/e By Stephen J. Chapman
Electric Machinery Fundamentals, 4/e , by S. J. Chapman.
Electrical Circuits (7/e) by James W. Nilsson, and Susan A.
Elementary Differential Equations and Boundary Value Problems , 8th.81Cby
William E. Boyce (Author), Richard C
Elementary Principles of Chemical Processes
Elements of Chemical Reaction Engineering By H Fogler
Elements of Chemical Reaction Engineering (3rd)by H.Scott Fogler
Elements of engineering electromagnetics (6/e) by N.N.RAO
Engineering electromagnetics (6/e) by HAYT
Engineering electromagnetics (7/e) by HAYT
Engineering Fluid Mechanics, 7th Edition By Clayton T. Crowe, Donald F.
Elger, John A. Roberson
Engineering Mathematics, 4th Edition ,by John Bird
Engineering Mechanics - Dynamics (11th ) by R.C.HIBBELER
Engineering Mechanics - Statics (11th ) by R.C.HIBBELER
Engineering Mechanics - Statics and Dynamics,11th, by Russell C Hibbeler.
Engineering Mechanics, Dynamics 5th By J. L. Meriam, L. G.
Kraige(chapter1,2,3,4)
Engineering Mechanics: Statics By R.C. Hibbeler
Engineering Mechanics: Statics ,10th ,by R.C.Hibbeler,
field and wave electromagnetics (2/e) by David Cheng
Fundamentals of Logic Design 5Ed by CharlesRoth
Fundamentals of Chemical Reaction Engineering By Mark E. E. Davis, Robert
J. J. Davis
Fundamentals of Fluid Mechanics, 5th by By Bruce,R. Munson, Donald, 
Theodore
H. Okiishi,
Fundamentals of Organic Chemistry, 5E
Fundamentals of Thermodynamics 6ed By Richard E. Sonntag
Heat transfer: a pritical approach 2th by Yunus A. Cengel,& Yunus
Cengel
Introduction to Electrodynamics(3/e) by David J. Griffiths
Introduction to Heat Transfer 4th Edition By Frank P. Incropera, David
Introduction to Solid State Physics (8 ED) by Charles.Kittel__
MATHEMATICAL ANALYSIS (2/e) (chapter1-9) by Tom M. Apostol
Mechanical Engineering Design By Joseph Shigley, Charles Mischke,
Mechanics of Materials (6/E) by R.C.Hibbeler
Microeconomic Analysis, 3rd Edition, by Hal R. Varian
Microelectronic Circuits, Sedra, 4th edition
Microelectronic Circuits, Sedra, 5th edition
Microeconomic Theory by Andreu Mas-Colell, Michael D. Whinston,
Modern Control Engineering/ 4E by K.OGATA
Modern Digital and Analog Communication Systems (3/e)
Physical Chemistry (7/e) by Peter Atkins and Julio de Paula
Physical Chemistry (7th) by P.W.Atkins
Physics for Scientists and Engineers 6th v1 by Serway'& Jewett
Probability & Statistics for Engineers & Scientists, 8th by Sharon Myers ,
Keying Ye, Walpole
Probability and Statistics for Engineering and the Sciences 7/e JAY 
L.DEVORE
Probability, Random Variables and Stochastic Processes,3rd, by Athanasios
Papoulis
Recursive Methods in Economic Dynamics By Claudio Irigoyen,&nbspEsteban
Rossi-Hansberg,
Separation Process Principles, 2nd Ed., by Seader,
Henley
Signals and Systems (2nd Edition)
Thermodynamics: An Engineering Approach,6th Ed. by Cengel
Thomas' Calculus (11th Edition) by George B Thomas
Vector Mechanics for Engineers: Statics, 7th By Ferdinand P. Beer
Vector Mechanics for Engineers: Dynamics, 7th By Ferdinand P. Beer
Visual C++ How to Program, (3rd Edition) ,by Harvey & Paul Deitel &
Associates
Zill's a First Course in Differential Equations with Modeling
Applicants 7/e
http://pdfsolution.spaces.live.com
===
Subject: a question on optimization
I have the following problem:
Consider a bounded and continuous function: f(x,y); where y is a parameter.
And g=f(x,0)
If g''<0, then
Can I say by continuity that f''(x,0) is <0?
===
Subject: Re: a question on optimization
> I have the following problem:
Consider a bounded and continuous function: f(x,y); where y is a
parameter.
And g=f(x,0)
>
Put some spaces around =, it makes for easier reading.
> If g''<0, then
> Can I say by continuity that f''(x,0) is <0?
>
You can say f(x,0) < 0 because f(x,0) = g(x) < 0
>
===
Subject: i need the solution manual!!
for calculus by thomas and Fundamentals of Physics 8th edition- halliday
===
Subject: i need the solution manual!!
for calculus by thomas and Fundamentals of Physics 8th edition- halliday
===
Subject: Re: smallest positive integer
> For argument sake I will assume a!=b. Since the smallest positive integer
> is 1, you can always make a-bk=1 by letting |a-b|=1 and |k|=1. IOW, a=b+1
> or b=a+1 with k=+/- 1
> accordingly.
That is nonsense. You can't just let |a - b| = 1.
a and b are given. The answer depends on them.
E.g., if a = 20 and b = 3, then a - bk = 20 - 3k. In that case,
the integers of the form a - bk are those of the form 20 - 3k,
namely 20, 17, 14, 11, 8, 5, 2, -1, -4, ... etc. (and also 23, 26,
29,...). The smallest positive integer among those is 2, and the
value of k that achieves it is 6.
The answer depends on a and b, so you've got to say what function
of a and b it is (I've given the answer in only one case). -- Mike Hardy
===
Subject: Re: smallest positive integer
> For argument sake I will assume a!=b. Since the smallest positive
> integer
> is 1, you can always make a-bk=1 by letting |a-b|=1 and |k|=1. IOW,
> a=b+1
> or b=a+1 with k=+/- 1
> accordingly.
> That is nonsense. You can't just let |a - b| = 1.
> a and b are given. The answer depends on them.
E.g., if a = 20 and b = 3, then a - bk = 20 - 3k. In that case,
> the integers of the form a - bk are those of the form 20 - 3k,
> namely 20, 17, 14, 11, 8, 5, 2, -1, -4, ... etc. (and also 23, 26,
> 29,...). The smallest positive integer among those is 2, and the
> value of k that achieves it is 6.
The answer depends on a and b, so you've got to say what function
> of a and b it is (I've given the answer in only one case). -- Mike Hardy
Perhaps you should read the rest of the thread where I already retracted my
response.
--
Darrell
===
Subject: regarding solution manual
hi i need a solution manual for mathematical methods for physicists by
arfken and webber..
i would like to erquest you to please send it to me on this
email:sonybrat@gmail.com
thank you
===
Subject: Re: regarding solution manual
> hi i need a solution manual for mathematical methods for physicists by
> arfken and webber..
> i would like to erquest you to please send it to me on this
> email:sonybrat@gmail.com
> thank you
>
you get lot mail soon
===
Subject: Re: Solutions manual to low cost
I need solution manual for Modeling and Analysis of Dynamics Systems 
(Close,
Frederick, Newell) 3rd edition.
ISBN 0471394424
My email is eccentric.me@gmail.com
===
Subject: Re: Solutions manual to low cost
> My List of Solutions Manual
 (Available on print-original copy, Cd - for heavy files & by e-mail)
> contact me to : bergh...@yahoo.com
> If your solutions manual wanted ins't on this list, also can make the
> request. These are some only.
> Not exchange
 - Mechanics, Mechanical Engineering & Aerospace Engineering:
 Introduction to Mechanical Engineering (Rizza)
> Mechanical Engineering Principles (Bird & Ross) + Ebook
> Mechanics of Fluids (8th Ed., Massey) + Ebook
> Fluid Mechanics (5th Ed., White) + Ebook
> Fluid Mechanics (6th Ed., White)
> Viscous Fluid Flow (3rd Ed., White) + Ebook
> Fundamentals of Thermal-Fluid Sciences (1st Ed., Cengel) + Ebook
> Fundamentals of Thermal-Fluid Sciences (2nd Ed., Cengel) + Ebook
> Fundamentals of Thermal-Fluid Sciences with Student Resource CD (3rd
> Ed., Cengel & Turner)
> Thermodynamics: An Engineering Approach (5th Ed., Cengel) + Ebook
> Thermodynamics: An Engineering Approach (6th Ed., Cengel) + Ebook
> Essentials of Fluid Mechanics: Fundamentals and Applications (1st
Ed.,
> Cengel) + Ebook
> Fluid Mechanics (1st Ed., Cengel) + Ebook
> Heat Tranfer (2nd Ed., Cengel) + Ebook
> Heat and Mass Transfer: A Practical Approach (3rd. Ed., Cengel) +
> Ebook
> Design and Simulation of Thermal Systems (Suryanarayana & Arici)
> Fluid Mechanics (5th Ed., Douglas)
> Fluid Mechanics (3rd Ed., Kundu)
> Fluid Mechanics with Engineering Applications (Finnemore)
> Mechanics of Fluids (3rd Ed., Potter)
> Mechanics of Fluids (4th Ed., Shames)
> Thermodynamics: An Integrated Learning System (Schmidt, Ezekoye,
> Howell & Baker)
> Introduction to Thermal and Fluids Engineering (Kaminski & Jensen)
> Heating, Ventilating and Air Conditioning Analysis and Design (6th
> Ed., McQuiston)
> An Introduction to Fluid Dynamics: Principles of Analysis and Design
> (Middleman)
> Introduction to Mass and Heat Transfer: Principles of Analysis and
> Design (Middleman)
> Heat Transfer (2nd Ed., Mills)
> Convective Heat and Mass Transfer (4th Ed., Kays & Crawford)
> Advanced Engineering Thermodynamics (3rd Ed., Bejan)
> Convection Heat Transfer (2nd Ed., Bejan)
> Convection Heat Transfer (3rd Ed., Bejan)
> Thermal Design and Optimization (Bejan)
> Shape and Structure, from Engineering to Nature (Bejan)
> Thermodynamics: Concepts and Applications (Stephen Turns)
> Thermal-Fluid Sciences: An Integrated Approach (Stephen Turns)
> Principles of Heat Transfer (Kaviany)
> Heat Convection (Latif M. Jiji) + Ebook
> Heat Transfer (9th Ed., Holman)
> Fundamentals of Momentum, Heat and Mass Transfer (4th Ed., Welty)
> Momentum, Heat, and Mass Transfer Fundamentals (Kessler)
> Heat Tranfer (Rao)
> Heat Conduction (kakac)
> Heat Exchanges (Kakac)
> Heat Exchangers: Selection, Rating and Thermal Design (2nd Ed. Sadik
> Kakac & Hongtan Liu)
> Convective Heat Transfer (kakac)
> Fundamentals of Heat and Mass Transfer (5th Ed., Incropera, DeWitt)
> Fundamentals of Heat and Mass Transfer (6th Ed., Incropera, DeWitt)
> Introduction to Heat Transfer (4th Ed., Incropera, DeWitt)
> Introduction to Heat Transfer (5th Ed., Incropera, DeWitt)
> Radiation Detection and Measurement (3rd Ed., Glenn Knoll)
> Radiative Heat Transfer (2nd Ed., Michael Modest)
> Engineering Heat Transfer (2nd Ed., Janna)
> Engineering Thermodynamics: Work and Heat Transfer (4th Ed., G.F.C.
> Rogers & Y.R. Mayhew)
> Elements of Heat Transfer (Yildiz Bayazitoglu and M. Necati Ozisik)
> Inverse Heat Transfer: Fundamentals and Applications (M.N. Ozisik &
> Helcio R.B. Orlande)
> Thermal Radiation Heat Transfer (4th Ed.,Robert Siegel & John R.
> Howell)
> Computational Heat Transfer (2nd Ed., Jaluria)
> Principles of Combustion (2nd Ed., Kenneth Kuan-yun Kuo)
> Incompressible Flow (3rd Ed., Panton)
> Non-Newtonian Flow : Fundamentals and Engineering Applications (R P
> Chhabra & J F Richardson) + Ebook
> Computational Techniques for Fluid Dynamics (Srinivas, K., Fletcher,
> C.A.J.)
> Kinematic Chains and Machine Components Design (Dan B. Marghitu) +
> Ebook
> Kinematics and Dynamics of Machinery (3rd Ed., Wilson & Sadler)
> Kinematics, Dynamics, and Design of Machinery (2nd Ed., Waldron &
> Kinzel)
> Mechanism Design: Analysis and Synthesis-Volume 1 (4th Ed., Erdman &
> Sandor)
> Machines and Mechanisms: Applied Kinematic Analysis (3rd Ed.,
> Myszka)
> Mechanical Design: A Components Approach (Peter Childs)
> Mechanical Design of Machine Elements and Machines: A Failure
> Prevention Perspective (Collins)
> Fundamentals of Machine Component Design (3rd Ed., Juvinall)
> Fundamentals of Machine Component Design (4th Ed., Juvinall)
> Design of Machine Elements (8th Ed., Spotts)
> Machine Design (Wentzell)
> Solutions to problems at the text : Problems on the Design of
Machine
> Elements (Faires)
> Machine Elements in Mechanical Design (4th Ed., Mott)
> Mechanical Design: An Integrated Approach (1st Ed., Ugural)
> Design of Machinery (3rd Ed., Norton)
> Machine Design (2nd Ed., Norton)
> Machine Design : An Integrated Approach (3rd Ed., Norton)
> Mechanical Engineering Design (6th Ed., Shigley)
> Mechanical Engineering Design (7th Ed., Shigley)
> Shigley's Mechanical Engineering Design (8th Ed., Budynas)
> Fundamentals of Machine Elements (1st Ed., Hamrock)
> Fundamentals of Machine Elements (2nd Ed., Hamrock)
> Metal Fatigue in Engineering (2nd Ed., Stephens, Fatemi & Fuchs)
> Principles of Metal Manufacturing Processes (Beddoes & Bibby)
> Materials Selection in Mechanical Design (3rd Ed., Michael Ashby)
> Introduction to Manufacturing Processes (3rd Ed., Schey)
> Manufacturing, Engineering & Technology (4th Ed. Kalpakjian & Smith)
> Manufacturing, Engineering & Technology (5th Ed. Kalpakjian & Smith)
> Automation, Production Systems, and Computer-Integrated Manufacturing
> (2nd Ed., Groover)
> Introduction to Robotics: Mechanics and Control (3rd Ed, Craig)
> Applied Manufacturing Process Planning: With Emphasis on Metal
Forming
> and Machining (Nelson, Schneider)
> Mechanics of Materials: A Modern Integration of Mechanics and
> Materials in Structural Design (Christopher Jenkins & Sanjeev Khanna)
> Mechanics of Materials (3th Ed., Beer)
> Mechanics of Materials (5th Ed., Gere)
> Mechanics of Materials (6th Ed., Gere)
> Vector Mechanics for Engineers: Statics (7th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Statics (8th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Dynamics (7th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Dynamics (8th Ed., Ferdinand P. Beer)
> Statics: Analysis and Design of Systems in Equilibrium (Sheppard &
> Tongue)
> Statics and Mechanics of Materials: An Integrated Approach (2nd Ed.,
> Riley, Sturges & Morris)
> Mechanics of Materials (6th Ed., Riley, Sturges & Morris)
> Deformable Bodies and Their Material Behavior (Haslach & Armstrong)
> Strength of Materials - Volume 1 : Elementary Theory and Problems
> (Timoshenko)
> Intermediate Mechanics of Materials, (1st Ed., Barber)
> Elasticity (2nd Ed., J.R. Barber) + Ebook
> Elasticity: Theory, Applications, and Numerics (Martin Sadd) + Ebook
> Elasticity in Engineering Mechanics (2nd Ed., Boresi)
> Advanced Mechanics of Materials (6th Ed., Boresi) + Ebook
> Engineering Mechanics: Dynamics (Boresi)
> Flight Performance of Fixed and Rotary Wing Aircraft (Antonio
> Filippone)
> Aircraft Structures for Engineering Students (4th Ed., T.H.G. Megson)
> Principles of Helicopter Aerodynamics (2nd Ed., Leishman)
> Fundamentals of Aerodynamics (3th Ed., Anderson)
> Fundamentals of Aerodynamics (4th Ed., Anderson)
> Modern Compressible Flow: With Historical Perspective (3rd Ed., John
> D. Anderson)
> Applied Fluid Mechanics (6th Ed., Mott)
> Applied Strength of Materials (4th Ed., Mott)
> Intermediate Dynamics for Engineers (Marcelo R.M & Crespo da Silva)
> Engineering Mechanics: Statics (2nd Ed., Pytel)
> Engineering Mechanics: Dynamics (2nd Ed., Pytel)
> Engineering Mechanics: Statics (2nd Ed., Shames)
> Engineering Mechanics: Statics (4th Ed., Shames)
> Engineering Mechanics: Dynamics (4th Ed., Shames)
> Introduction to Solid Mechanics (3rd Ed.., Shames)
> Elastic And Inelastic Stress Analysis (Shames)
> Advanced Dynamics (Greenwood) + Ebook
> Advanced Engineering Dynamics (2nd Ed., Jerry Ginsberg) + Ebook
> Classical Dynamics (Jorge V. Jos.8e) + Ebook
> Impact Mechanics (W.J. Stronge)
> Statics and Strengths of Materials (6th Ed., Morrow & Kokernak)
> Engineering Mechanics : Statics (11th Ed., Hibbeler)-Not mathcad
files
> converted to pdf, real instructor sol. manual
> Principles of Statics (10th Ed., Hibbeler)
> Engineering Mechanics : Dynamics (11th Ed., Hibbeler)-Not mathcad
> files converted to pdf, real instructor sol. manual
> Principles of Dynamics (10th Ed., Hibbeler)
> Mechanics of Materials (6th Ed, Hibbeler)
> Statics and Mechanics of Materials (2nd Ed., Hibbeler)
> Energy Principles and Variational Methods in Applied Mechanics (2nd
> Ed., Reddy)
> Theory of Vibrations with Applications (5th Ed., Thomson & Dahleh)
> Engineering Vibrations (2nd Ed., Inman)
> Engineering Vibrations (3rd Ed., Inman)
> Introduction to Finite Element Vibration Analysis (Maurice Petyt)
> Vibrations and Stability: Advanced Theory, Analysis, and Tools (2nd
> Ed., Jon J. Thomsen)
> Mechanical Vibrations (4th Ed., Rao)
> The Finite Element Method and Applications in Engineering Using
ANSYS
> (Erdogan Madenci, Ibrahim Guven)
> Finite Element Analysis Theory and Application with ANSYS (2nd Ed.,
> Moaveni)
> Finite Element Analysis Theory and Application with ANSYS (3rd Ed.,
> Moaveni)
> The Finite Element Method and Applications in Engineering Using ANSYS
> (Madenci & Guven) + Ebook
> Modeling and Analysis of Dynamic Systems (3rd Ed, Close, Frederick &
> Newell)
> System Dynamics: Modeling and Simulation of Mechatronic Systems (4th
> Ed., Karnopp, Margolis & Rosenberg)
> Concepts and Applications of Finite Element Analysis (4th Ed., Cook,
> Malkus, Plesha & Witt)
> Advanced Strength and Applied Elasticity (4th Ed., Ugural)
> Fracture Mechanics: An Introduction (2nd Ed., by E.E. Gdoutos)
> Fracture Mechanics (2nd Ed., Anderson)
> Mechanical Behavior of Materials (2nd Ed. Dowling)
> Mechanical Behavior of Materials (3rd Ed. Dowling)
> Mechanical ...
> read more E
hi,
i need the solutions manual to 'thermal radiation heat transfer' asap
> how do i contact u.
> mightymechs
I am also looking for the solutions to Mechanics of Materials, 6th Ed
> by Gere. But I can't see your full email. If you could email me at
> robe...@hotmail.com maybe that will work and we can work something
> out.
I really need the solutions to Machine Design, An Integrated
Approach Third Edition. my email address is abkdarter10@gmail.com and
we can work somethin out
===
Subject: Re: Solution manual of textbooks in ebook format! Get it in hour
Hi Do you have the solutions manual for Basic Principles and Calculations
in Chemical Engineering? Could you reply asap? I appreciate it!!!
===
Subject: Need Solutions manual
Hi
I need solutions manual for
Introduction to Robotics : Mechanics and Control
by John Craig
Vijay
===
Subject: Re: Need Solutions manual
> Hi
I need solutions manual for
Introduction to Robotics : Mechanics and Control
by John Craig
Vijay
>
there are no solutions manual for that book
===
Subject: Re: numerical calculation about curve length
Please write down a formula which is better than
ds=sqrt(dx^2+dy^2)
for general y=f(x).
I don't want complex theories, or turn around to what I have as ds=...
above.
===
Subject: Re: numerical calculation about curve length
Please write down a formula which is better than
ds=sqrt(dx^2+dy^2)
for general y=f(x).
I don't want complex theories, or turn around to what I have as ds=...
above.
Along the same line, please write down for me a formula for the area
of a rectangle with side lengths w and h that is better than w*h. I
really don't like multiplication any more than you apparently like
square roots in your formulas.
--Lynn
===
Subject: Re: numerical calculation about curve length
 the link is for calculating area of definite integral, not for curve
length.
 they are totally different.
out that one calculates curve length by integrating.
--
He that giveth to the poor lendeth to the Lord, and shall be repaid,
said Mrs Fairchild, hastily slipping a shilling into the poor woman's
hand.
===
Subject: Re: numerical calculation about curve length
y=f(x).
definite integral for area is:
|x-right
| f(x) dx
|x-left
two easy formulas are
1. (f(x0)+f(x1))*h/2
2. (f(x0)+4*f(xm)+f(x1))*h/6
where h=(x1-x0), which is small and xm=(x0+x1)/2.
but for curve length, things are not so simple:
|x-right
| sqrt(1+f'(x)^2) dx
|x-left
so your words:
arc lengths are generally expressed as integrals just like areas are.
may be incorrect.
In my calculation, f(x) is a general term for any possible y=f(x), not a
special one.
so I have to calculate arc length directly from f(x), rather than to get
f'(x) first.
If arc length is calculated by summing distances from one point to another 
-
this is very easy.
but I am looking for better formula which is similar to second way for
area.
===
Subject: Re: numerical calculation about curve length
> y=f(x).
 definite integral for area is:
> |x-right
> | f(x) dx
> |x-left
 two easy formulas are
> 1. (f(x0)+f(x1))*h/2
> 2. (f(x0)+4*f(xm)+f(x1))*h/6
> where h=(x1-x0), which is small and xm=(x0+x1)/2.
 but for curve length, things are not so simple:
 |x-right
> | sqrt(1+f'(x)^2) dx
> |x-left
 so your words:
> arc lengths are generally expressed as integrals
> just like areas are.
> may be incorrect.
No, he is completely correct. An integral is an integral- finding area
is one application of an integral, finding arc length is another.
 In my calculation, f(x) is a general term for any
> possible y=f(x), not a special one.
> so I have to calculate arc length directly from f(x),
> rather than to get f'(x) first.
 If arc length is calculated by summing distances from
> one point to another - this is very easy.
 but I am looking for better formula which is similar
> to second way for area.
The real problem, which you didn't mention at first, appears to be that
you don't want to or can't calculate f' from f. That has nothing to do with
finding the integral, it just means that you want to use a numerical
approximation to f'
Since arc length is given by integral of sqrt(1+ f'^2), divide the
interval from a to b into n intervals so that deltax= (b-a)/n and use any
method you like (Riemann sums, trapezoid rule, Simpson's rule [usually most
efficient]) to integrate not f but g(x)= sqrt{1+ [f(x_{n+1}-
f(x_n))/deltax]^2}dx. How hard that is to calculate depends upon how hard
f(x) is to calculate, just as if you were finding area.
===
Subject: Re: numerical calculation about curve length
I am just wondering what difference is betwwen your conclusion
> sqrt{1+ [f(x_{n+1}- f(x_n))/deltax]^2}dx
and
sqrt(dx^2+dy^2).
is your conclusion not going back to distance between the 2 poins (x0,y0)
and (x1,y1)?
===
Subject: Re: Solutions Manuals
> Have the following solutions manual for a small transfer fee
> henrydia...@gmail.com
Zwillinger D. et al - CRC Standard Probability and Statistic Tables
> and Formulae (1999)
> Wiley Chemical And Engineering Thermodynamics 3Ed Solutions Manual
> Wiley - Pozar - Microwave Engineering 3ed - Solutions Manual
> Thomas' Calculus, Early Trascendentals 10th ed Instructors Solutions
> Manual
> Solution To Two-Dimensional Incompressible Navier-Stokes Equations-
> Maciej Matyka
> Signal Processing and Linear Systems - B P Lathi - Solutions Manual
> Schaums Mathematical Handbook of Formulas and Tables
> Sams.Windows.Presentation.Foundation.Unleashed.Dec.2006 2
> Rubik - Solucao Do Cubo Magico
> Probability Random Variables and Stochastic Processes Solutions
> Manual.Papoulis.McGraw Hill.2002
> Proakis J. (2002) Communication Systems Engineering - Solutions Manual
> (299s)
> Proakis J (2002) Communication Systems Engineering - Solutions Manual
> (299S)
> Physics For Scientists And Engineers 6E By Serway And Jewett -
> Solutions Manual Vol 2
> Operating Systems Concepts 6th + SOLUTIONS MANUAL !!!
> Microwave Engineering 3e - David M Pozar - Solutions Manual
> McgrawHill - William H. Hayt, John A. Buck - Engineering
> Electromagnetics, 6th Edition Solutions Manual !!!!!!!!!!!!!!
> Juvinall, Marshek - Fundamentals of Machine Component Design, 3rd ed -
> Student Solutions Manual
> Introduction.to.Quantum.Mechanics.Solutions.Griffiths.2nd
> Introduction to Probability - Solutions Manual
> Introduction To Algorithms 2Nd Edition Solutions(Instructor's.Manual)
> intro to electrodyn-griffiths-sol manual
> Instructor's Solutions Manual - Marion, Thornton - Classical Dynamics
> Halliday, Resnick - Fundamentals Of Physics - 7Th Edition Instructors
> Solutions Manual
> Griffiths, David - Introduction To Electrodynamics Solutions Manual -
> With Update
> Fundamentals of Thermodynamics 6th Ed (Solutions Manual) - Sonntag-
> Borgnakke-Van Wylen
> Fundamentals of Logic Design 5Ed - Charles Roth - Solutions Manual
> Elementary Differential Equations And Boundary Value Problems, 7Th Ed
> - Boyce And Diprima Student Solutions Manual, Charles W Haines Ode
> Architect Companion
> Electric Machinery Fundamentals (Solutions Manual)
> [Solutions Manual] Signals and Systems 2nd Ed. - Haykin
> [Solutions manual] Probability and Statistics for Engineers and
> Scientists Manual HAYLER
> [Solutions Manual] Probability And Statistics For Engineers And
> Scientists
> [Solutions manual] Oppenheim's Discrete Time Signal Processing text
> [Solutions Manual] Mechanics Of Materials - (3Rd Ed , By Beer,
> Johnston, & Dewolf)
> [Solutions Manual] Mechanical Engineering Design 7th Ed. Shigley
> [Solutions Manual] Introduction to VLSI Circuits and Systems (2001
> draft) - John P Uyemura
> [Solutions Manual] Introduction to Linear Algebra 3Ed - Gilbert Strang
> [Solutions Manual] Introduction to Fluid Mechanics (Fox, 5th ed)
> [Solutions Manual] Fundamentals.of.Thermodynamics.[Sonntag-Borgnakke-
> Van.Wylen]
> [Solutions Manual] Fundamentals of Thermodynamics [Sonntag-Borgnakke-
> Van Wylen]
> [Solutions Manual] Fundamentals Of Fluid Mechanics 3Rd And 4Th Edition
> [Solutions Manual] Fundamentals of Engineering Thermodynamics (M. J.
> Moran & H. N. Shapiro)
> [Solutions Manual] Fundamentals of Engineering Thermodynamics Moran,
> M.J. & Shapiro H.N.
> [Solutions Manual] Fundamental os Heat and Mass Transfer [Frank P.
> Incropera - David P.DeWitt] ANOTHER EDITION
> [Solutions Manual] Fundamental os Heat and Mass Transfer [Frank P.
> Incropera - David P.DeWitt]
> [Solutions Manual] Fourier and Laplace Transform - Antwoorden
> [Solutions Manual] Engineering Fluid Mechanics, 7th ed. Clayton T.
> Crowe, Donald F. Elger and John A. Roberson
> [Solutions manual] Engineering - Materials Science, Milton Ohring
> [Solutions Manual] Elementary Mechanics & Thermodynamics [2000] by
> Professor Jhon W. Norbury
> [Solutions Manual] Electric Machinery 6Ed Fitzgerald, Kingsley, Uman
> -
> [Solutions Manual] Econometric Analysis - Greene , Williame H. - 5th
> Ed
> [Solutions Manual] Digital Signal Processing; A Computer-Based
> Approach 1st ed
> [Solutions Manual] Digital Signal Processing - Proakis & Manolakis
> [Solutions Manual] Design of Analog CMOS Integrated Circuits [McGraw
> Hill]
> [Solutions Manual] Communication Systems 4Th Edition Simon Haykin
> [Solutions Manual]
> Applied.Statistics.and.Probability.for.Engineers.-.Student.,.3rd.Ed.
> [Solutions Manual] [Instructors] Physics by Resnick Halliday Krane,
> 5th Ed. Vol 2
> [Solutions Manual] [Instructors] Introduction to Linear Algebra--3rd
> Edition - Gilbert Strang
> [Solutions Manual] [Instructors] Calculus 5Th Ed James Stewart
> [Solutions Manual] [Instructors] Advanced Engineering Mathematics 8Ed
> - Erwin Kreyszig
> [Solutions Manual] Communication Systems Engineering Proakis J (2002)
> [Solutions Manual] Classical Electrodynamics - 2nd Ed. John David
> Jackson byKasper van Wijk
> [Solution Manual] CD Physics - Halliday, Resnick and
Walkers -
> Fundamentals of Physics 1, 2, 3 and 4 (4th ed.)(over 2000pages)
> [Soluciones a los problemas] Suplemento Calculo Infinitesimal
> Calculus- Michael Spivak
> [Soluciones a los problemas] FISICA 1 -2a ed. Luis Rodrigus Valencia
> [Solu.8d.8bo dos problemas] Redes de Computadores - 4a ed. - ANDREW S.
> TANENBAUM
> [Problemas y Soluciones] 854 Problemas Seleccionados de F.92sica
> Elemental. (B.B.B.9cjotsev - V. D. Kr.92vehemkov - G. Ya. Mi.87kishev
- I.
> M. Sar.87eva)(1979)
> [Problemas Selectos y Soluciones] Mecanismos de Reacci.97n en Qu.92mica
> Org.87nica - (W. C. Groutas) by polyto
> [Manual Solution] Mechanics of Materials Hibbeler 4th-Chapter 12
> [Ejercicios propuestos y sus soluciones] Algebra Lineal - Juan de
> Burgos -
> [eBook.med] Prentice.Hall- Digital image processing - Gonzalez 2Ed-
> Solutions Manual (2002)
> (eBook) Prentice Hall - Solutions Manual; Communication Systems
> Chemical and Engineering Thermodynamics- 3rd Edition- Solutions Manual
1) Calculus ISBN: 1559531177?
2) Modern Control Systems - Tenth Edition - Richard C. Dorf, Robert H.
Bishop
3) Power System Analysis and Design ISBN: 0-534-54884-9
I need others too.
===
Subject: solution manuals
I need three if anyone has them:
Applied Fluid Mechanics 6th edition , Mott
isbn 0131146807
Kinematics and Dynamics of Machinery 3rd edition
isbn 0-201-35099-8
engineering economy 6th edition
isbn 0073205346
Adam
===
Subject: Re: solution manuals
> I need three if anyone has them:
Applied Fluid Mechanics 6th edition , Mott
> isbn 0131146807
> Kinematics and Dynamics of Machinery 3rd edition
> isbn 0-201-35099-8
> engineering economy 6th edition
> isbn 0073205346
Adam
hey
===
Subject: |sin nx| <= n sin x
How would one prove this?
===
Subject: Re: |sin nx| <= n sin x
> How would one prove this?
In case you meant |sin(nx)| <= n|sin(x)|, try induction.
===
Subject: Re: |sin nx| <= n sin x
Of course one would use induction but when you get down to |sin nx + sin x|
what allows us to go to |sin (n+1)x|?
> How would one prove this?
In case you meant |sin(nx)| <= n|sin(x)|, try induction.
===
Subject: Re: |sin nx| <= n sin x
> Of course one would use induction but when you get down to |sin nx + sin
x|
> what allows us to go to |sin (n+1)x|?
Nothing does. Even a simple test with n=1 would reveal that the two
are different.
Sheesh!
--
First prove what you're saying, then whine about it.
-- /The People's Court/
Stan Brown, Oak Road Systems, Tompkins County, New York, USA
http://OakRoadSystems.com/
===
Subject: Re: |sin nx| <= n sin x
days. My association with the Department is that of an alumnus.
Don't top post.
http://www.xs4all.nl/~hanb/documents/quotingguide.html
http://www.caliburn.nl/topposting.html
http://www.html-faq.com/etiquette/?toppost
> How would one prove this?
>In case you meant |sin(nx)| <= n|sin(x)|, try induction.
Of course one would use induction but when you get down to |sin nx + sin
x|
>what allows us to go to |sin (n+1)x|?
Why would you get down to |sin nx + sin x|?
The induction hypothesis would be that |sin(kx)| <= k|sin(x)|. And you
would want to prove that |sin((k+1)x)| <= (k+1)|sin(x)|. So... when
exactly did you get |sin(kx) + sin x|?
--
It's not denial. I'm just very selective about
what I accept as reality.
--- Calvin (Calvin and Hobbes by Bill Watterson)
Arturo Magidin
magidin-at-member-ams-org
===
Subject: Re: |sin nx| <= n sin x
I know it is an inequality but what allows us to make that statement?
|sin nx| + |sin x|>=|sin nx + sin x|>=|sin (n+1)x|?
I thought it was because the max value of the sin function was 1 so on the
left the max value woud be 2 while on the right the max would be 1.
But actually use sin (n+1)x = sin (nx + x) =
sin nx cosx + sinx cos nx and realize by the induction hypothesis that |sin
nx| <= n sin x so that
sin nx cosx + sinx cos nx<=n sinx (max value 1) + sinx (max value 1). Does
this make any sense?
>Of course one would use induction but when you get down to |sin nx + sin
x|
>what allows us to go to |sin (n+1)x|?
> How would one prove this?
>In case you meant |sin(nx)| <= n|sin(x)|, try induction.
===
Subject: Re: |sin nx| <= n sin x
>But actually use sin (n+1)x = sin (nx + x) =
>sin nx cosx + sinx cos nx and realize by the induction hypothesis that
|sin
>nx| <= n sin x so that
>sin nx cosx + sinx cos nx<=n sinx (max value 1) + sinx (max value 1). Does
>this make any sense?
As I pointed out to you in my earlier response, the inequality is
false without absolute values. WWW gave you the hint about using
induction and you are getting close but you need to use absolute
values and write the necessary inequalities properly.
--Lynn
===
Subject: Re: |sin nx| <= n sin x
>How would one prove this?
Prove what? Please state the problem in the message instead of the
title bar.
| sin(nx) | <= n sin(x)
You wouldn't. Try n = 1 and x = 3*pi / 2.
--Lynn
===
Subject: Re: |sin nx| <= n sin x
How would one prove: | sin(nx) | <= n sin(x)
>How would one prove this?
Prove what? Please state the problem in the message instead of the
>title bar.
| sin(nx) | <= n sin(x)
You wouldn't. Try n = 1 and x = 3*pi / 2.
--Lynn
===
Subject: Contemporary Engineering Economics (4th Ed., Chan Park)
Do you have solution for this book, Contemporary Engineering Economics
(4th Ed., Chan Park) , please let me know as soon as possible?
===
Subject: Re: +1600 Solutions Manual to low cost
> My List of Solutions Manual
 (Available on print-original copy, Cd - for heavy files & by e-mail)
> contact me to : bergh...@yahoo.com
> If your solutions manual wanted ins't on this list, also can make the
request. These are some only.
> Not exchange
 - Mechanics, Mechanical Engineering & Aerospace Engineering:
 Introduction to Mechanical Engineering (Rizza)
> Mechanical Engineering Principles (Bird & Ross) + Ebook
> Mechanics of Fluids (8th Ed., Massey) + Ebook
> Fluid Mechanics (5th Ed., White) + Ebook
> Fluid Mechanics (6th Ed., White)
> Viscous Fluid Flow (3rd Ed., White) + Ebook
> Fundamentals of Thermal-Fluid Sciences (1st Ed., Cengel) + Ebook
> Fundamentals of Thermal-Fluid Sciences (2nd Ed., Cengel) + Ebook
> Fundamentals of Thermal-Fluid Sciences with Student Resource CD (3rd
Ed., Cengel & Turner)
> Thermodynamics: An Engineering Approach (5th Ed., Cengel) + Ebook
> Thermodynamics: An Engineering Approach (6th Ed., Cengel) + Ebook
> Essentials of Fluid Mechanics: Fundamentals and Applications (1st Ed.,
Cengel) + Ebook
> Fluid Mechanics (1st Ed., Cengel) + Ebook
> Heat Tranfer (2nd Ed., Cengel) + Ebook
> Heat and Mass Transfer: A Practical Approach (3rd. Ed., Cengel) +
Ebook
> Design and Simulation of Thermal Systems (Suryanarayana & Arici)
> Fluid Mechanics (5th Ed., Douglas)
> Fluid Mechanics (3rd Ed., Kundu)
> Fluid Mechanics with Engineering Applications (Finnemore)
> Mechanics of Fluids (3rd Ed., Potter)
> Mechanics of Fluids (4th Ed., Shames)
> Thermodynamics: An Integrated Learning System (Schmidt, Ezekoye,
Howell & Baker)
> Introduction to Thermal and Fluids Engineering (Kaminski & Jensen)
> Heating, Ventilating and Air Conditioning Analysis and Design (6th
Ed., McQuiston)
> An Introduction to Fluid Dynamics: Principles of Analysis and Design
(Middleman)
> Introduction to Mass and Heat Transfer: Principles of Analysis and
Design (Middleman)
> Heat Transfer (2nd Ed., Mills)
> Convective Heat and Mass Transfer (4th Ed., Kays & Crawford)
> Advanced Engineering Thermodynamics (3rd Ed., Bejan)
> Convection Heat Transfer (2nd Ed., Bejan)
> Convection Heat Transfer (3rd Ed., Bejan)
> Thermal Design and Optimization (Bejan)
> Shape and Structure, from Engineering to Nature (Bejan)
> Thermodynamics: Concepts and Applications (Stephen Turns)
> Thermal-Fluid Sciences: An Integrated Approach (Stephen Turns)
> Principles of Heat Transfer (Kaviany)
> Heat Convection (Latif M. Jiji) + Ebook
> Heat Transfer (9th Ed., Holman)
> Fundamentals of Momentum, Heat and Mass Transfer (4th Ed., Welty)
> Momentum, Heat, and Mass Transfer Fundamentals (Kessler)
> Heat Tranfer (Rao)
> Heat Conduction (kakac)
> Heat Exchanges (Kakac)
> Heat Exchangers: Selection, Rating and Thermal Design (2nd Ed. Sadik
Kakac & Hongtan Liu)
> Convective Heat Transfer (kakac)
> Fundamentals of Heat and Mass Transfer (5th Ed., Incropera, DeWitt)
> Fundamentals of Heat and Mass Transfer (6th Ed., Incropera, DeWitt)
> Introduction to Heat Transfer (4th Ed., Incropera, DeWitt)
> Introduction to Heat Transfer (5th Ed., Incropera, DeWitt)
> Radiation Detection and Measurement (3rd Ed., Glenn Knoll)
> Radiative Heat Transfer (2nd Ed., Michael Modest)
> Engineering Heat Transfer (2nd Ed., Janna)
> Engineering Thermodynamics: Work and Heat Transfer (4th Ed., G.F.C.
Rogers & Y.R. Mayhew)
> Elements of Heat Transfer (Yildiz Bayazitoglu and M. Necati Ozisik)
> Inverse Heat Transfer: Fundamentals and Applications (M.N. Ozisik &
Helcio R.B. Orlande)
> Thermal Radiation Heat Transfer (4th Ed.,Robert Siegel & John R.
Howell)
> Computational Heat Transfer (2nd Ed., Jaluria)
> Principles of Combustion (2nd Ed., Kenneth Kuan-yun Kuo)
> Incompressible Flow (3rd Ed., Panton)
> Non-Newtonian Flow : Fundamentals and Engineering Applications (R P
Chhabra & J F Richardson) + Ebook
> Computational Techniques for Fluid Dynamics (Srinivas, K., Fletcher,
C.A.J.)
> Kinematic Chains and Machine Components Design (Dan B. Marghitu) +
Ebook
> Kinematics and Dynamics of Machinery (3rd Ed., Wilson & Sadler)
> Kinematics, Dynamics, and Design of Machinery (2nd Ed., Waldron &
Kinzel)
> Mechanism Design: Analysis and Synthesis-Volume 1 (4th Ed., Erdman &
Sandor)
> Machines and Mechanisms: Applied Kinematic Analysis (3rd Ed., Myszka)
> Mechanical Design: A Components Approach (Peter Childs)
> Mechanical Design of Machine Elements and Machines: A Failure
Prevention Perspective (Collins)
> Fundamentals of Machine Component Design (3rd Ed., Juvinall)
> Fundamentals of Machine Component Design (4th Ed., Juvinall)
> Design of Machine Elements (8th Ed., Spotts)
> Machine Design (Wentzell)
> Solutions to problems at the text : Problems on the Design of
Machine Elements (Faires)
> Machine Elements in Mechanical Design (4th Ed., Mott)
> Mechanical Design: An Integrated Approach (1st Ed., Ugural)
> Design of Machinery (3rd Ed., Norton)
> Machine Design (2nd Ed., Norton)
> Machine Design : An Integrated Approach (3rd Ed., Norton)
> Mechanical Engineering Design (6th Ed., Shigley)
> Mechanical Engineering Design (7th Ed., Shigley)
> Shigley's Mechanical Engineering Design (8th Ed., Budynas)
> Fundamentals of Machine Elements (1st Ed., Hamrock)
> Fundamentals of Machine Elements (2nd Ed., Hamrock)
> Metal Fatigue in Engineering (2nd Ed., Stephens, Fatemi & Fuchs)
> Principles of Metal Manufacturing Processes (Beddoes & Bibby)
> Materials Selection in Mechanical Design (3rd Ed., Michael Ashby)
> Introduction to Manufacturing Processes (3rd Ed., Schey)
> Manufacturing, Engineering & Technology (4th Ed. Kalpakjian & Smith)
> Manufacturing, Engineering & Technology (5th Ed. Kalpakjian & Smith)
> Automation, Production Systems, and Computer-Integrated Manufacturing
(2nd Ed., Groover)
> Introduction to Robotics: Mechanics and Control (3rd Ed, Craig)
> Applied Manufacturing Process Planning: With Emphasis on Metal Forming
and Machining (Nelson, Schneider)
> Mechanics of Materials: A Modern Integration of Mechanics and
Materials in Structural Design (Christopher Jenkins & Sanjeev Khanna)
> Mechanics of Materials (3th Ed., Beer)
> Mechanics of Materials (5th Ed., Gere)
> Mechanics of Materials (6th Ed., Gere)
> Vector Mechanics for Engineers: Statics (7th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Statics (8th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Dynamics (7th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Dynamics (8th Ed., Ferdinand P. Beer)
> Statics: Analysis and Design of Systems in Equilibrium (Sheppard &
Tongue)
> Statics and Mechanics of Materials: An Integrated Approach (2nd Ed.,
Riley, Sturges & Morris)
> Mechanics of Materials (6th Ed., Riley, Sturges & Morris)
> Deformable Bodies and Their Material Behavior (Haslach & Armstrong)
> Strength of Materials - Volume 1 : Elementary Theory and Problems
(Timoshenko)
> Intermediate Mechanics of Materials, (1st Ed., Barber)
> Elasticity (2nd Ed., J.R. Barber) + Ebook
> Elasticity: Theory, Applications, and Numerics (Martin Sadd) + Ebook
> Elasticity in Engineering Mechanics (2nd Ed., Boresi)
> Advanced Mechanics of Materials (6th Ed., Boresi) + Ebook
> Engineering Mechanics: Dynamics (Boresi)
> Flight Performance of Fixed and Rotary Wing Aircraft (Antonio
Filippone)
> Aircraft Structures for Engineering Students (4th Ed., T.H.G. Megson)
> Principles of Helicopter Aerodynamics (2nd Ed., Leishman)
> Fundamentals of Aerodynamics (3th Ed., Anderson)
> Fundamentals of Aerodynamics (4th Ed., Anderson)
> Modern Compressible Flow: With Historical Perspective (3rd Ed., John
D. Anderson)
> Applied Fluid Mechanics (6th Ed., Mott)
> Applied Strength of Materials (4th Ed., Mott)
> Intermediate Dynamics for Engineers (Marcelo R.M & Crespo da Silva)
> Engineering Mechanics: Statics (2nd Ed., Pytel)
> Engineering Mechanics: Dynamics (2nd Ed., Pytel)
> Engineering Mechanics: Statics (2nd Ed., Shames)
> Engineering Mechanics: Statics (4th Ed., Shames)
> Engineering Mechanics: Dynamics (4th Ed., Shames)
> Introduction to Solid Mechanics (3rd Ed.., Shames)
> Elastic And Inelastic Stress Analysis (Shames)
> Advanced Dynamics (Greenwood) + Ebook
> Advanced Engineering Dynamics (2nd Ed., Jerry Ginsberg) + Ebook
> Classical Dynamics (Jorge V. Jos.8e) + Ebook
> Impact Mechanics (W.J. Stronge)
> Statics and Strengths of Materials (6th Ed., Morrow & Kokernak)
> Engineering Mechanics : Statics (11th Ed., Hibbeler)-Not mathcad files
converted to pdf, real instructor sol. manual
> Principles of Statics (10th Ed., Hibbeler)
> Engineering Mechanics : Dynamics (11th Ed., Hibbeler)-Not mathcad
files converted to pdf, real instructor sol. manual
> Principles of Dynamics (10th Ed., Hibbeler)
> Mechanics of Materials (6th Ed, Hibbeler)
> Statics and Mechanics of Materials (2nd Ed., Hibbeler)
> Energy Principles and Variational Methods in Applied Mechanics (2nd
Ed., Reddy)
> Theory of Vibrations with Applications (5th Ed., Thomson & Dahleh)
> Engineering Vibrations (2nd Ed., Inman)
> Engineering Vibrations (3rd Ed., Inman)
> Introduction to Finite Element Vibration Analysis (Maurice Petyt)
> Vibrations and Stability: Advanced Theory, Analysis, and Tools (2nd
Ed., Jon J. Thomsen)
> Mechanical Vibrations (4th Ed., Rao)
> The Finite Element Method and Applications in Engineering Using
ANSYS (Erdogan Madenci, Ibrahim Guven)
> Finite Element Analysis Theory and Application with ANSYS (2nd Ed.,
Moaveni)
> Finite Element Analysis Theory and Application with ANSYS (3rd Ed.,
Moaveni)
> The Finite Element Method and Applications in Engineering Using ANSYS
(Madenci & Guven) + Ebook
> Modeling and Analysis of Dynamic Systems (3rd Ed, Close, Frederick &
Newell)
> System Dynamics: Modeling and Simulation of Mechatronic Systems (4th
Ed., Karnopp, Margolis & Rosenberg)
> Concepts and Applications of Finite Element Analysis (4th Ed., Cook,
Malkus, Plesha & Witt)
> Advanced Strength and Applied Elasticity (4th Ed., Ugural)
> Fracture Mechanics: An Introduction (2nd Ed., by E.E. Gdoutos)
> Fracture Mechanics (2nd Ed., Anderson)
> Mechanical Behavior of Materials (2nd Ed. Dowling)
> Mechanical Behavior of Materials (3rd ...
> read more E
hello
> I need the solution manual for
> Advanced Strength and Applied Elasticity (2 ,or 3th, or 4th Ed.,
> Ugural)
hey I need the solution manual to this book > Vector Mechanics for
> Engineers: Dynamics (7th Ed., Ferdinand P. Beer), if you have the one
> for the 8th edition it would be better....what do i have to do to get?
> either one will work
hello i need to buy Mechanics of Fluids (4th Ed., Shames) solution
manual
thank u
===
Subject: Re: +1600 Solutions Manual to low cost
can I get the mechanical vibrations : 4th edition - rao?
===
Subject: Re: +1600 Solutions Manual to low cost
My List of Solutions Manual
>
(Available on print-original copy, Cd - for heavy files & by e-mail)
contact me to : bergh...@yahoo.com
If your solutions manual wanted ins't on this list, also can make the
request. These are some only.
Not exchange
>
- Mechanics, Mechanical Engineering & Aerospace Engineering:
>
Introduction to Mechanical Engineering (Rizza)
> Mechanical Engineering Principles (Bird & Ross) + Ebook
> Mechanics of Fluids (8th Ed., Massey) + Ebook
> Fluid Mechanics (5th Ed., White) + Ebook
> Fluid Mechanics (6th Ed., White)
> Viscous Fluid Flow (3rd Ed., White) + Ebook
> Fundamentals of Thermal-Fluid Sciences (1st Ed., Cengel) + Ebook
> Fundamentals of Thermal-Fluid Sciences (2nd Ed., Cengel) + Ebook
> Fundamentals of Thermal-Fluid Sciences with Student Resource CD (3rd
Ed., Cengel & Turner)
> Thermodynamics: An Engineering Approach (5th Ed., Cengel) + Ebook
> Thermodynamics: An Engineering Approach (6th Ed., Cengel) + Ebook
> Essentials of Fluid Mechanics: Fundamentals and Applications (1st Ed.,
Cengel) + Ebook
> Fluid Mechanics (1st Ed., Cengel) + Ebook
> Heat Tranfer (2nd Ed., Cengel) + Ebook
> Heat and Mass Transfer: A Practical Approach (3rd. Ed., Cengel) + Ebook
> Design and Simulation of Thermal Systems (Suryanarayana & Arici)
> Fluid Mechanics (5th Ed., Douglas)
> Fluid Mechanics (3rd Ed., Kundu)
> Fluid Mechanics with Engineering Applications (Finnemore)
> Mechanics of Fluids (3rd Ed., Potter)
> Mechanics of Fluids (4th Ed., Shames)
> Thermodynamics: An Integrated Learning System (Schmidt, Ezekoye, Howell
& Baker)
> Introduction to Thermal and Fluids Engineering (Kaminski & Jensen)
> Heating, Ventilating and Air Conditioning Analysis and Design (6th Ed.,
McQuiston)
> An Introduction to Fluid Dynamics: Principles of Analysis and Design
(Middleman)
> Introduction to Mass and Heat Transfer: Principles of Analysis and
Design (Middleman)
> Heat Transfer (2nd Ed., Mills)
> Convective Heat and Mass Transfer (4th Ed., Kays & Crawford)
> Advanced Engineering Thermodynamics (3rd Ed., Bejan)
> Convection Heat Transfer (2nd Ed., Bejan)
> Convection Heat Transfer (3rd Ed., Bejan)
> Thermal Design and Optimization (Bejan)
> Shape and Structure, from Engineering to Nature (Bejan)
> Thermodynamics: Concepts and Applications (Stephen Turns)
> Thermal-Fluid Sciences: An Integrated Approach (Stephen Turns)
> Principles of Heat Transfer (Kaviany)
> Heat Convection (Latif M. Jiji) + Ebook
> Heat Transfer (9th Ed., Holman)
> Fundamentals of Momentum, Heat and Mass Transfer (4th Ed., Welty)
> Momentum, Heat, and Mass Transfer Fundamentals (Kessler)
> Heat Tranfer (Rao)
> Heat Conduction (kakac)
> Heat Exchanges (Kakac)
> Heat Exchangers: Selection, Rating and Thermal Design (2nd Ed. Sadik
Kakac & Hongtan Liu)
> Convective Heat Transfer (kakac)
> Fundamentals of Heat and Mass Transfer (5th Ed., Incropera, DeWitt)
> Fundamentals of Heat and Mass Transfer (6th Ed., Incropera, DeWitt)
> Introduction to Heat Transfer (4th Ed., Incropera, DeWitt)
> Introduction to Heat Transfer (5th Ed., Incropera, DeWitt)
> Radiation Detection and Measurement (3rd Ed., Glenn Knoll)
> Radiative Heat Transfer (2nd Ed., Michael Modest)
> Engineering Heat Transfer (2nd Ed., Janna)
> Engineering Thermodynamics: Work and Heat Transfer (4th Ed., G.F.C.
Rogers & Y.R. Mayhew)
> Elements of Heat Transfer (Yildiz Bayazitoglu and M. Necati Ozisik)
> Inverse Heat Transfer: Fundamentals and Applications (M.N. Ozisik &
Helcio R.B. Orlande)
> Thermal Radiation Heat Transfer (4th Ed.,Robert Siegel & John R.
Howell)
> Computational Heat Transfer (2nd Ed., Jaluria)
> Principles of Combustion (2nd Ed., Kenneth Kuan-yun Kuo)
> Incompressible Flow (3rd Ed., Panton)
> Non-Newtonian Flow : Fundamentals and Engineering Applications (R P
Chhabra & J F Richardson) + Ebook
> Computational Techniques for Fluid Dynamics (Srinivas, K., Fletcher,
C.A.J.)
> Kinematic Chains and Machine Components Design (Dan B. Marghitu) +
Ebook
> Kinematics and Dynamics of Machinery (3rd Ed., Wilson & Sadler)
> Kinematics, Dynamics, and Design of Machinery (2nd Ed., Waldron &
Kinzel)
> Mechanism Design: Analysis and Synthesis-Volume 1 (4th Ed., Erdman &
Sandor)
> Machines and Mechanisms: Applied Kinematic Analysis (3rd Ed., Myszka)
> Mechanical Design: A Components Approach (Peter Childs)
> Mechanical Design of Machine Elements and Machines: A Failure Prevention
Perspective (Collins)
> Fundamentals of Machine Component Design (3rd Ed., Juvinall)
> Fundamentals of Machine Component Design (4th Ed., Juvinall)
> Design of Machine Elements (8th Ed., Spotts)
> Machine Design (Wentzell)
> Solutions to problems at the text : Problems on the Design of Machine
Elements (Faires)
> Machine Elements in Mechanical Design (4th Ed., Mott)
> Mechanical Design: An Integrated Approach (1st Ed., Ugural)
> Design of Machinery (3rd Ed., Norton)
> Machine Design (2nd Ed., Norton)
> Machine Design : An Integrated Approach (3rd Ed., Norton)
> Mechanical Engineering Design (6th Ed., Shigley)
> Mechanical Engineering Design (7th Ed., Shigley)
> Shigley's Mechanical Engineering Design (8th Ed., Budynas)
> Fundamentals of Machine Elements (1st Ed., Hamrock)
> Fundamentals of Machine Elements (2nd Ed., Hamrock)
> Metal Fatigue in Engineering (2nd Ed., Stephens, Fatemi & Fuchs)
> Principles of Metal Manufacturing Processes (Beddoes & Bibby)
> Materials Selection in Mechanical Design (3rd Ed., Michael Ashby)
> Introduction to Manufacturing Processes (3rd Ed., Schey)
> Manufacturing, Engineering & Technology (4th Ed. Kalpakjian & Smith)
> Manufacturing, Engineering & Technology (5th Ed. Kalpakjian & Smith)
> Automation, Production Systems, and Computer-Integrated Manufacturing
(2nd Ed., Groover)
> Introduction to Robotics: Mechanics and Control (3rd Ed, Craig)
> Applied Manufacturing Process Planning: With Emphasis on Metal Forming
and Machining (Nelson, Schneider)
> Mechanics of Materials: A Modern Integration of Mechanics and Materials
in Structural Design (Christopher Jenkins & Sanjeev Khanna)
> Mechanics of Materials (3th Ed., Beer)
> Mechanics of Materials (5th Ed., Gere)
> Mechanics of Materials (6th Ed., Gere)
> Vector Mechanics for Engineers: Statics (7th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Statics (8th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Dynamics (7th Ed., Ferdinand P. Beer)
> Vector Mechanics for Engineers: Dynamics (8th Ed., Ferdinand P. Beer)
> Statics: Analysis and Design of Systems in Equilibrium (Sheppard &
Tongue)
> Statics and Mechanics of Materials: An Integrated Approach (2nd Ed.,
Riley, Sturges & Morris)
> Mechanics of Materials (6th Ed., Riley, Sturges & Morris)
> Deformable Bodies and Their Material Behavior (Haslach & Armstrong)
> Strength of Materials - Volume 1 : Elementary Theory and Problems
(Timoshenko)
> Intermediate Mechanics of Materials, (1st Ed., Barber)
> Elasticity (2nd Ed., J.R. Barber) + Ebook
> Elasticity: Theory, Applications, and Numerics (Martin Sadd) + Ebook
> Elasticity in Engineering Mechanics (2nd Ed., Boresi)
> Advanced Mechanics of Materials (6th Ed., Boresi) + Ebook
> Engineering Mechanics: Dynamics (Boresi)
> Flight Performance of Fixed and Rotary Wing Aircraft (Antonio
Filippone)
> Aircraft Structures for Engineering Students (4th Ed., T.H.G. Megson)
> Principles of Helicopter Aerodynamics (2nd Ed., Leishman)
> Fundamentals of Aerodynamics (3th Ed., Anderson)
> Fundamentals of Aerodynamics (4th Ed., Anderson)
> Modern Compressible Flow: With Historical Perspective (3rd Ed., John D.
Anderson)
> Applied Fluid Mechanics (6th Ed., Mott)
> Applied Strength of Materials (4th Ed., Mott)
> Intermediate Dynamics for Engineers (Marcelo R.M & Crespo da Silva)
> Engineering Mechanics: Statics (2nd Ed., Pytel)
> Engineering Mechanics: Dynamics (2nd Ed., Pytel)
> Engineering Mechanics: Statics (2nd Ed., Shames)
> Engineering Mechanics: Statics (4th Ed., Shames)
> Engineering Mechanics: Dynamics (4th Ed., Shames)
> Introduction to Solid Mechanics (3rd Ed.., Shames)
> Elastic And Inelastic Stress Analysis (Shames)
> Advanced Dynamics (Greenwood) + Ebook
> Advanced Engineering Dynamics (2nd Ed., Jerry Ginsberg) + Ebook
> Classical Dynamics (Jorge V. Jos.8e) + Ebook
> Impact Mechanics (W.J. Stronge)
> Statics and Strengths of Materials (6th Ed., Morrow & Kokernak)
> Engineering Mechanics : Statics (11th Ed., Hibbeler)-Not mathcad files
converted to pdf, real instructor sol. manual
> Principles of Statics (10th Ed., Hibbeler)
> Engineering Mechanics : Dynamics (11th Ed., Hibbeler)-Not mathcad files
converted to pdf, real instructor sol. manual
> Principles of Dynamics (10th Ed., Hibbeler)
> Mechanics of Materials (6th Ed, Hibbeler)
> Statics and Mechanics of Materials (2nd Ed., Hibbeler)
> Energy Principles and Variational Methods in Applied Mechanics (2nd Ed.,
Reddy)
> Theory of Vibrations with Applications (5th Ed., Thomson & Dahleh)
> Engineering Vibrations (2nd Ed., Inman)
> Engineering Vibrations (3rd Ed., Inman)
> Introduction to Finite Element Vibration Analysis (Maurice Petyt)
> Vibrations and Stability: Advanced Theory, Analysis, and Tools (2nd Ed.,
Jon J. Thomsen)
> Mechanical Vibrations (4th Ed., Rao)
> The Finite Element Method and Applications in Engineering Using
ANSYS (Erdogan Madenci, Ibrahim Guven)
> Finite Element Analysis Theory and Application with ANSYS (2nd Ed.,
Moaveni)
> Finite Element Analysis Theory and Application with ANSYS (3rd Ed.,
Moaveni)
> The Finite Element Method and Applications in Engineering Using ANSYS
(Madenci & Guven) + Ebook
> Modeling and Analysis of Dynamic Systems (3rd Ed, Close, Frederick &
Newell)
> System Dynamics: Modeling and Simulation of Mechatronic Systems (4th
Ed., Karnopp, Margolis & Rosenberg)
> Concepts and Applications of Finite Element Analysis (4th Ed., Cook,
Malkus, Plesha & Witt)
> Advanced Strength and Applied Elasticity (4th Ed., Ugural)
> Fracture Mechanics: An Introduction (2nd Ed., by E.E. Gdoutos)
> Fracture Mechanics (2nd Ed., Anderson)
> Mechanical Behavior of Materials (2nd Ed. Dowling)
> Mechanical Behavior of Materials (3rd ...
read more E
hello
> I need the solution manual for
> Advanced Strength and Applied Elasticity (2 ,or 3th, or 4th Ed.,
> Ugural)
can I have Mechanical Vibrations (4th Ed., Rao)
===
Subject: Elementary Real Analysis textbook (PDF file)
*********************************************
RE: Real Analysis textbooks (PDF files).
We are making free PDF copies of our texts available at the link
http://classicalrealanalysis.com/download.aspx
These are the undergraduate and graduate real analysis texts formerly
published by Prentice Hall:
Elementary Real Analysis, Brian S. Thomson, Judith B. Bruckner, Andrew
M. Bruckner. Prentice-Hall, 2001, xv 735 pp. [ISBN 0-13-019075-61]
Real Analysis, Andrew M. Bruckner, Judith B. Bruckner, Brian S.
Thomson. Prentice-Hall, 1997, xiv 713 pp. [ISBN 0-13-458886-X]
The first text will likely discuss any material that you are currently
covering as an undergraduate student of real analysis. There is a
hypertexted PDF file that might be more useful if you don't plan on 
printing
anything.
[Don't download the second one unless you want to go much deeper into 
topics
like measure theory, metric spaces, Banach spaces, Fourier series, etc. 
This
material may be undergraduate in some countries; in North America this is
usually saved for the graduate level.]
********************************************
===
Subject: Re: Elementary Real Analysis textbook (PDF file)
>*********************************************
>RE: Real Analysis textbooks (PDF files).
We are making free PDF copies of our texts available at the link
http://classicalrealanalysis.com/download.aspx
These are the undergraduate and graduate real analysis texts formerly
published by Prentice Hall:
Elementary Real Analysis, Brian S. Thomson, Judith B. Bruckner, Andrew
M. Bruckner. Prentice-Hall, 2001, xv 735 pp. [ISBN 0-13-019075-61]
Real Analysis, Andrew M. Bruckner, Judith B. Bruckner, Brian S.
Thomson. Prentice-Hall, 1997, xiv 713 pp. [ISBN 0-13-458886-X]
The first text will likely discuss any material that you are currently
covering as an undergraduate student of real analysis. There is a
hypertexted PDF file that might be more useful if you don't plan on 
printing
anything.
[Don't download the second one unless you want to go much deeper into
topics like measure theory, metric spaces, Banach spaces, Fourier series,
etc. This material may be undergraduate in some countries; in North America
this is usually saved for the graduate level.]
********************************************
This is definitely a cause to celebrate.
Brian
===
Subject: help please
please send me the solution manual MATHEMATICAL METHODS FOR
PHYSICISTS, by George Arfken (6th edition). If you only have the
previous edition, I would be very glad to have them too.