In an essay, article, or book, an introduction (also known as a prolegomenon) is a beginning section which states the purpose and goals of the following writing. This is generally followed by the body and conclusion.
The introduction typically describes the scope of the document and gives the brief explanation or summary of the document. It may also explain certain elements that are important to the essay if explanations are not part of the main text. The readers can have an idea about the following text before they actually start reading it.
ln technical writing, the introduction typically includes one or more standard subsections: abstract or summary, preface, acknowledgments, and foreword. Alternatively, the section labeled introduction itself may be a brief section found side-by-side with abstract, foreword, etc. (rather than containing them). In this case the set of sections that come before the body of the book are known as the front matter. When the book is divided into numbered chapters, by convention the introduction and any other front-matter sections are unnumbered and precede chapter 1.
Keeping the concept of the introduction the same, different documents have different styles to introduce the written text. For example, the introduction of a Functional Specification consists of information that the whole document is yet to explain. If a Userguide is written, the introduction is about the product. In a report, the introduction gives a summary about the report contents.
Hello.
Right now: we're learning about derivatives.
And the questions reads: Determine the coordinates of two points of tangency to the curve y=-2x^2, given that the corresponding tangent lines intersect at (2,8).
What I know:
I know that the derivative of the function is y'= -4x
I know...
Homework Statement
92x^3y divided by -28xy^3
Homework Equations
The Attempt at a Solution
I got 23x^2 divided by -7y^2
book inverted the negative. What did I do wrong?
I'm following An introduction to the Standard Model of Particle Physics. Are there any solutions to the problems? Is there a better book to follow?
Would appreciate, tx.
JP
A complete set of lecture notes for an upper-division computational physics course. Topics covered include scientific programming in C, the numerical solution of ordinary and partial differential equations, particle-in-cell codes, and Montecarlo methods...
A complete set of lecture notes for a graduate plasma physics course. Topics covered include particle orbit theory, fluid theory, wave theory, MHD theory, and kinetic theory.
by: Richard Fitzpatrick (University of Texas)
Homework Statement
a) How many bit strings are there of length 8?
b) How many bit strings are there of length 8 which begins with 2 1's?
Homework Equations
Product Rule
The Attempt at a Solution
a) Since a bit string is either 0 or 1 there are two possibilities for each one...
Homework Statement
1. A kettle holding 1 lt. of water is boiling. Assuming water is evaporating at a constant evaporation rate of 1g/min, determine how long it will take for the kettle to dry out.
2. Another kettle holding 1 lt. of water and 20g of salt is also boiling. Again water...
Hello,
I have read in a susy introduction paper that if we call Q the charge which links fermions and bosons, then we have the following anticommutation relation :
{Q_a, Q_b} = 2 sigma_ab P
where P is 4-momentum.
So, is this relation only due to Coleman-Mandula theorem which force the...
This question is from Arthur Mattuck's "Introduction to Analysis", chapter 5, problem 5-7.
Homework Statement
Define a sequence recursively by a_{n+1}=\sqrt{2a_{n}}, a_{0}>0.
(a) Prove that for any choice of a_{0}>0, the sequence is monotone and bounded.
Homework Equations
None...
Homework Statement
Divers in Acapulco, Mexico, leap from a point 36 m above the sea. What is their velocity when they enter the water?
Homework Equations
V^2=u^2+2as, probably wrong.
The Attempt at a Solution
s=36, u= 0, Find Final Velocity, a= -9.8 , I get some ridiculous...
Here is a nice introduction and overview of superalloys.
http://www.msm.cam.ac.uk/phase-trans/2003/Superalloys/superalloys.html
Nickel Based Superalloys
H. K. D. H. Bhadeshia
Lots of other pages at the bottom
See also - http://www.msm.cam.ac.uk/phase-trans/2003/nickel.html
Look am very interested by computer programming and now am learning The C++ language that's why i would like to ask anybody who can teach me java, just thank you
Hi, hope this is the right area for this.
I'm currently doing preliminary research for my computer science dissertation. I'm thinking of doing something in CFD...either representing the effects of wind on fur, or simulating a river flowing.
Most CFD 'googles' have resulted in me finding...
If you want an accessible overview of quantum cosmology try this TOC:
https://www.physicsforums.com/blogs/hellfire-3727/category/interesting.html
Hellfire covers different attempts made since the 1960s, and by comparing them (and showing historical development) makes the whole subject...
Hi everybody,
I'm a freshman and i want to study signals and systems.
so I'm seeking for a good introductory book. I've heard
about the book "Signals and Systems" written by Oppenheim
and Wilsky.
So is Oppenheim's book suitable for a beginner?
If you know a better introductory book...
http://sites.google.com/site/winitzki/" a draft of an introductory textbook on quantum field theory in curved spacetime - free quantum fields in expanding universe, Unruh effect, Hawking radiation, also Casimir effect and some basic stuff on path integrals and effective action. The book is not...
Homework Statement
you are in a land inhabinated by people who either always tell the truth or always tell falsehoods. You come to a fork in the road and you need to know which fork leads to the capital. There is a local resident there, but he has time only to reply to one yes-or-no...
we have two inertial frames, S and S' where S' is moving with speed v along the x axis.
here are a few questions about these frames:
1. if two events occur at the same point in some inertial frame S, prove that their temporal order is the same in all inertial frames, and that the least time...
I just read a news on physicsweb:
http://physicsweb.org/articles/news/11/3/9"
This is called a "quantum non-demolition (QND) measurement on single photons".
I would like to know a little bit more about QNDs.
Why they are called so.
What is special about these QND experiments, or maybe...
Note: This article will assume the reader is familiar with the concepts of statics and soil mechanics (mainly the topics of shear strength in soils and effective pressure).
1.1 Introduction
Retaining Walls
A wall designed with the purpose of keeping a level difference of the soil on its...
I have several books on linear algebra but they all bore me to death. What I find annoying is that they all focus on giving tons of definitions on the opening chapters only to elaborate on the relevance of those definitions later. What I am looking for is the opposite; a text that gives the...
This is a very nice summary of Materials and their Properties and Characteristics
http://www.ndt-ed.org/EducationResources/CommunityCollege/Materials/cc_mat_index.htm
Hey,
It seems as though there are many books on electromagnetism out there, but most that I look at have mixed reviews. Before spending money on a book, would you happen to have any reccomendations on a solid introductory textbook on electromagnetics?
Thanks
Homework Statement
Prove that: 1^3 + 2^3 + ... + n^3 = (1 + 2 + ... + n)^2 for all n where n is a natural number
Homework Equations
Proof by induction:
a) p(1) is true
b) assume p(k) is true then prove p(k+1) for it
The Attempt at a Solution
I gave this a try for a while but...
If we have Einstein-Hilbert Lagrangian so:
\mathcal L = (-g)^{1/2}R for R Ricci scalar (¿?) then my question perhaps mentioned before is if we can split the metric into:
g_{ab}= Ndt^{2}+g_{ij} dx^{i} dx^{j} N=N(t) 'lapse function'
then i would like to know if somehow you can split...
I am just starting in elementry Physics and so in fear of asking an over simplified Question Can some one break down the common Law's of Physic's relating to natural occurances such as Motion/Electricity/Vortex's and any other relitive information you may deem esential.
Mark
It is assumed that the reader is familiar with the basic concepts of structural analysis. Further on, I am aware of the possible inconsistencies and errors in this writing, and hereby invite all who have comments and objections to contribute and help to make this small tutorial useful for...
I'm searching for a book that will introduce me to Calculus with practice problems that have some application to Physics (I would prefer this). I think I may have found a good book (I'm not sure if it has the Physics application but oh well). It is called Calculus Made Easy, and it's apparently...
For a first introduction, I remember a lot of you suggested An introduction to mechanics [by] Daniel Kleppner [and] Robert J. Kolenkow. But what about a second introduction with Lagrangian and Hamiltonians? I think I have heard of books like that by Goldstein and Ayra but they don't have answer...
MNy questions about the QG are vast..i have some math knowledge about GR and only a bit about Regge calculus and Canonical Quantization...
1) if we have the Hamiltonian constraint \bold H =0 then you must have energies (eigenvalues) are all zero¡¡¡ then how does LQG overcome this apparent...
Homework Statement
Now assume that the x coordinate of point R is 0.12m and the t coordinate of point K is 0.0050 s.
What is the period T ?
Homework Equations
T = 1/f where f is the frequency and T is the period.
The Attempt at a Solution
From the graph, there are 2...
I think most students develop their mathematical background up to classical tensors before digging into the physics of general relativity.
I think this approach is good, but once this "Introduction to General Relativity" is finished, then the student should refine his mathematical background...
As the title suggests this thread is intended as a summary of differentiation, it is by no means an attempt at an exhaustive discussion of the topic. A detailed knowledge of limits is not required but is useful, it is assumed that the reader has some knowledge of limits and how to implement...
I urgently need some information like introduction and theory on electropolishing for my project. I have tried searching through the internet but to no avail. Does anyone by chance have some useful links that might aid me? Any help is greatly appreciated.
Hello.
Currently, I'm a Sophomore in High School, and I'm about to finish Chemistry 1 Honors Research, and I'm going to start Biology 2 AP in the fall.
In Chemistry, there were a few introductions to physics, mainly thermodynamics, nuclear physics, and quantum physics, with their ties to...
An Introduction to pH and Buffer Solutions Calculations [work in progress]
This is a work in progress
1. pH and Strong Acids
pH is defined as the negative logarithm of the hydrogen ion concentration in a solution; pH = - log10[H+(aq)]. (From this point forward 'log' will represent log to the...
Does anyone know how many chapters Courant & John's "Introduction to Calculus and Analysis, Volume II" has? Because I've found a 4 chapter reprint, and was wondering if I should get it.
I'm searching for some online text concerning an introduction and somewhat more advanced topics in ring theory.
ps:if you come across on notes for Model theory it would be great too,thx.
Wikipedia - http://en.wikipedia.org/wiki/Plasma_Physics
And other references -
A nice introduction, including history, to Plasma Physics
http://farside.ph.utexas.edu/teaching/plasma/lectures/lectures.html
and
more sites on Plamsa Physics, which include applications in...
Hi! My name is Annie and I am a freshman at UW-Whitewater. I am currently in the introduction to astronomy class. In high school, I took physics and loved it. I even got the 2nd highest grade in the class! This is even more telling when you know that it was a predominantly senior class and...
I have a homework question asking to construct an orthonormal system from the three functions: 1, x, 3x^2 - 1, I know we can approach it using linear algebra method, but as this is a calculus course, I don't think that's what my prof wants us to use. Can anyone guide me through this? Thanks a bunch!
So, where do I begin?
I have a current interests in going into Algebraic Topology and I am currently learning about Point-Set Topology and Abstract Algebra, which are pre-requisites to Algebraic Topology.
After talking to a professor, he recommended learning some Differential Geometry, but...