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DELIVERY OF
BOOKS
The delivery time for books varies with the different
suppliers, so we are unable to give a specific delivery time. If
in stock it will be approximately 5 days, if not in stock 2 to 3
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Survival Guide
for Physical Chemistry - by Michelle
Francl |
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Paperback - 136 pages |
Shipped in 7 days |
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Cat.# PCI-B1 |
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ISBN:
0971313407 |
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Students often approach physical chemistry with some
trepidation, both the mathematical skills and the
laboratory present significant challenges to most. This
book grew out of materials developed by the author over
many years of teaching physical chemistry. It is neither a
math book, nor a chemistry book, but instead places the
mathematics and other skills necessary for physical
chemistry in a usable context. The Survival Guide
aims to give students the tools they need not only to
survive physical chemistry, but perhaps even to enjoy it!
One of the major objectives of this book is to provide the
student with a ready reference to the mathematical
knowledge base necessary in a physical chemistry course,
and provide ways to bridge the gap between the math and
its application to physical chemistry. The chapter
entitled “Guerilla Math” provides this and a wealth of
other information. The basics, such as how to integrate
sin(x), are covered; as are more sophisticated topics,
including numerical solutions to differential equations
and operator algebra. Particular emphasis is placed on
techniques useful in physical chemistry that may not have
been stressed in the corresponding math course. Worked
examples are taken from typical physical chemistry
problems. It's one thing to see the definition of a total
derivative, quite another to realize how it can be used to
derive the Maxwell relations in thermochemistry.
Computers are a ubiquitous tool for physical chemists and
physical chemistry students. The chapter entitled "Beyond
Pencil and Paper" takes students on a tour of what can be
accomplished with a spreadsheet or symbolic math program
such as Mathematica®. Typical uses of these
computer tools are discussed in sufficient depth to allow
a student to perform basic tasks. The basics of computer
programming are also introduced, with examples in both
BASIC and FORTRAN.
While students often believe that good writing skills
should be reserved for their humanities course, anyone who
reads physical chemistry lab reports hopes otherwise. The
chapter entitled "The Write Stuff" offers advice to
students about the usual writing tasks encountered in
physical chemistry, from keeping a laboratory notebook to
producing good lab reports. It also provides a brief guide
to the use of scientific library collections, including
electronic materials.
The approach taken throughout the book emphasizes
mechanics at the expense of theory. Examples of the
techniques discussed are provided, along with heavily
annotated solutions; with the premise that being able to
reproduce an example is the first step to being sure one
understands how to apply a technique.
Chapter 1 - Lecture
1-1 Preparing for Class
1-2 Attending Lecture
1-3 After Class
1-4 Working in Groups
1-5 Solving Problems
1-6 Getting the Most from Your Professor
1-7 Exams: Strategies and Stresses
Chapter 2 - Guerilla Math
2-1 Know Your Symbols
2-2 Numbers
2-3 Series
2-4 Logarithms and Exponentials
2-5 Trigonometry
2-6 Derivatives
2-7 Integral Calculus
2-8 Differential Equations
2-9 Probability and Statistics
2-10 Scalars, Vectors, and Matrices – Tensors, Too
2-11 Fourier Transform
2-12 Mathematical Miscellany
2-13 Error Analysis: How Reliable Are My Results?
2-14 More Information
Chapter 3 - Beyond Pencil and Paper
3-1 Using a Computer Productively
3-2 How to Speak Computer: A Glossary for the Virtual Novice
3-3 Programming Languages: Getting a Computer to Do What You Want It to Do
3-4 Getting Down to Business: Using Spreadsheets
3-5 Leave the Solving to Us: Using Symbolic Math Packages
3-6 Computers in the Laboratory: Data Acquisition
Chapter 4 - The Write Stuff
4-1 Keeping a Lab Notebook
4-2 Lab Reports
4-3 Searching the Literature
4-4 Resources |
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Evolutionary Bioinformatics
by Donald R. Forsdyke |
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Cat.# DA-SST5 |
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Published:
2007 ISBN:
9780387334189 |
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- Written to make information-based bioinformatics
intelligible both to the 'bio' and the 'info' audience
- Identifies types of information that genomes
transmit, shows how competition is resolved in the
genomes of different organisms, and identifies
evolutionary forces involved
- Fulfills the emerging need of non-science students
for an interdisciplinary course
This book identifies the types of information that
genomes transmit, shows how competition between
different types is resolved in the genomes of different
organisms, and identifies the evolutionary forces
involved. The early chapters relate the form of
information with which we are most familiar, namely
written texts, to the DNA text that is our genome. This
lends itself well to introducing historical aspects
dating back to the nineteenth century. Table of
contents: Prologue. Part 1: Memory-A Phenomenon of
Arrangement. Chargaff’s First Parity Rule. Information
Levels and Barriers. Part 2: Chargaff’s Second Parity
Rule. Stems and Loops. Chargaff’s Cluster Rule. Part 3:
Mutation and Speciation. Species Survival and Arrival.
Chargaff’s GC Rule. Part 4: Conflict with Genomes.
Conflict Resolution. Exons and Introns. Complexity. Part
5: Conflict Between Genomes. Sef/Not-Self? The Crowded
Cytosol. Part 6: Sex and Error-Correction. Rebooting the
Genome. The Fifth Letter. Epilogue. Appendix 1: What the
Graph Says. Appendix 2: Scoring Information Potential.
Appendix 3: No Line? Acknowledgements. References and
Index. |
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Special Relativity:
A Modern Introduction
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by Hans C. Ohanian |
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Paperback - 255 pages |
Shipped in 7 days |
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Cat.# PCI-B2 |
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ISBN:
0971313415 |
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Most of the available texts on Special Relativity
leave the impression that they could well have been written a half-century ago.
In contrast, this newly published text presents a modern view of relativity,
including the most recent experimental results. The book emphasizes that Special
Relativity is a theory of the geometry of spacetime, and accordingly, uses an
abundance of spacetime diagrams and geometrical arguments in explanations and
derivations. It presents clear qualitative explanations of the fundamental
concepts and also the necessary quantitative mathematical details.
It discusses not only the classic experimental tests of Special Relativity, but
also the most recent experimental tests, such as new measurements of the one-way
speed of light. It draws attention to various practical and engineering
applications of Special Relativity, such as GPS, VLBI, high-voltage X-ray and TV
tubes, and medical accelerators.
The first four chapters discuss relativity before and after Einstein – the
Lorentz transformation, time dilation, length contraction, the famous paradoxes,
and relativistic kinematics and dynamics. These four chapters constitute the
core of the book, and by themselves suffice for a brief introductory course. The
next two chapters deal with collisions of relativistic particles and the
implications of relativity for electricity & magnetism. The final chapter gives
a brief survey of the fundamental ideas of General Relativity.
Additional features include:
- Tables summarizing all the experimental tests
- Worked examples in all chapters
- Nearly 200 chapter-end problems
- Instructor Solutions Manual for all problems
- Extensive guide to further reading
1. Relativity in Newtonian Mechanics
and Michelson-Morley Experiment
1.1 Inertial Reference Frames
1.2 Spacetime Diagrams and Worldlines
1.3 The Galilean Transformation
1.4 The Addition of Velocities
1.5 The Wave Theory of Light; The Ether
1.6 The Michelson-Morley Experiment
1.7 Other Recent Experiments
References / Problems
2. Einstein’s Theory and the Lorentz
Transformation
2.1 Einstein’s Principle of Relativity
2.2 The Synchronization of Clocks and
the Relativity of Simultaneity
2.3 The Lorentz Transformation
2.4 The Spacetime Interval
2.5 The Combination of Velocities
2.6 Motion with Constant Acceleration
References / Problems
3. Time Dilation and Length Contraction
3.1 Time Dilation
3.2 The Doppler Shift of Light
3.3 Experiments on Time Dilation and
Doppler Shift
3.4 Length Contraction
3.5 The Twin Paradox
3.6 The Pole and Barn Paradox
References / Problems
4. Relativistic Mechanics
4.1 The Laws of Motion
4.2 Relativistic Momentum
4.3 Relativistic Kinetic Energy
4.4 The Equivalence of Energy and Mass
4.5 The Energy–Momentum Vector;
Particles of Zero Mass
4.6 Motion in Uniform Electric and
Magnetic Fields
References / Problems |
5. Collisions and Conservation of
Energy–Momentum
5.1 Elastic Collisions
5.2 Energy and Momentum of the
Photon; The Compton Effect
5.3 Inelastic Collisions; Nuclear
Collisions and Reactions
5.4 Collisions of Elementary Particles;
The Center of Momentum
5.5 Recoil in Photon Emission;
The Mossbauer Effect
5.6 Relativistic Rocket Motion
References / Problems
6. Electromagnetism and Relativity
6.1 The Electric Field of a Moving Charge
6.2 The Relativistic Transformation of Force
6.3 The Magnetic Force and Field
6.4 The General Transformation Laws
for E and B
6.5 The Electric Field of an Accelerated
Charge
References / Problems
7. General Relativity
7.1 The Universality of the Acceleration of
Free Fall; The Principle of Equivalence
7.2 The Gravitational Time Dilation
7.3 The Bending of Rays of Light
7.4 Curved Spacetime; The Theory of
General Relativity
7.5 Black Holes
References / Problems
Appendix I: Textbooks and Further Reading
Appendix II: Answers to Even– Numbered Problems
Index |
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Quantum
Information, An Overview
by Gregg Jaeger |
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Cat.# DA-SST3 |
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Published:
2007 ISBN:
9780387357256 |
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This book is a comprehensive yet concise overview of
quantum information science, which is a rapidly developing
area of interdisciplinary investigation that now plays a
significant role in physics, information technology and
engineering. The most well-known applications of quantum
information science are quantum key distribution and
quantum computation.
- Unlike other books in quantum information and
computing, this book is intended to be concise and to
the point making it useful in practical context of
reading journal articles, performing research
calculations or problems in graduate courses in physics
and engineering
- Unlike shorter books, this is intended for
practitioners and students in their daily investigations
- Brings together this information from its various
sources, allows researchers and students in a broad
range of areas including physics, photonics, solid-state
electronics, nuclear magnetic resonance and information
technology, in their applied and theoretical branches,
to have this vital material directly at hand when needed
This book is a handy reference for practitioners and
students covering foundational issues as well as these
and other applications. It contains more than 25
illustrations that encapsulate essential ideas and
fundamental constructs. Foreword by Prof. Tommaso
Toffoli. Foreword - Qubits - Measurements and quantum
operations - Quantum non-locality and interferometry -
Classical information and communication - Quantum
information - Quantum entanglement.- Entangled
multipartite systems - Quantum state and process
estimation - Quantum communication - Quantum
decoherence and its mitigation - Quantum broadcasting,
copying and deleting - Quantum key distribution -
Classical and quantum computing - Quantum algorithms -
Mathematical elements - The quantum postulates. |
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Tensor Algebra and Tensor Analysis for
Engineers
by Mikhail Itskov |
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Cat.# DA-SST4 |
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Published:
2007 ISBN:
9783540360469 |
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There is a large gap between the engineering course in
tensor algebra on the one hand and the treatment of linear
transformations within classical linear algebra on the
other hand. The aim of the book is to bridge this gap by
means of the consequent and fundamental exposition. The
book is addressed primarily to engineering students with
some initial knowledge of matrix algebra.
- Compact and illustrated introduction for readers of
different levels
- Numerous exercises with solutions
- Applications to continuum mechanics
- Tensor algebra in absolute notation
- Treatment of tensors on the basis of linear algebra
Thereby the mathematical formalism is applied as far
as it is absolutely necessary. Numerous exercises
provided in the book are accompanied by solutions
enabling an autonomous study. The last chapters of the
book deal with modern developments in the theory of
isotropic an anisotropic tensor functions and their
applications to continuum mechanics and might therefore
be of high interest for PhD-students and scientists
working in this area. In the last decades, the
absolute notation for tensors has become widely accepted
and is now a current state of the art for publications
in solid and structural mechanics. This is opposed to a
majority of books on tensor calculus referring to index
notation. The latter one complicates the understanding
of the matter especially for readers with initial
knowledge. Thus, this book aims at being a modern
textbook on tensor calculus for engineers in line with
the contemporary way of scientific publications.
Contents: Vectors and Tensors in a
Finite-Dimensional Space - Vector and Tensor Analysis in
Euclidean Space - Curves an Surfaces in Tthree-Dimensional
Euclidean Space - Eigenvalue Problem and Spectral
Decomposition of Second-Order Tensors - Fourth-Order
Tensors - Analysis of Tensor Functions - Analytic Tensor
Functions.- Application to Continuum Mechanics -
Solutions - References - Index. |
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Essentials of Organic
Chemistry, For Students of Pharmacy, Medicinal
Chemistry and Biological Chemistry
by Paul M. Dewick |
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Cat.# JW-SST1 |
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Published: 2006
ISBN: 9780470016664 |
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Essentials of Organic Chemistry is an accessible
introduction to the subject for students of Pharmacy,
Medicinal Chemistry and Biological Chemistry. Designed to
provide a thorough grounding in fundamental chemical
principles, the book focuses on key elements of organic
chemistry and carefully chosen material is illustrated
with the extensive use of pharmaceutical and biochemical
examples.
In order to establish links and similarities the book
places prominence on principles and deductive reasoning
with cross-referencing. This informal text also places the
main emphasis on understanding and predicting reactivity
rather than synthetic methodology as well as utilising a
mechanism based layout and featuring annotated schemes to
reduce the need for textual explanations.
- tailored specifically to the needs of students of
Pharmacy Medical Chemistry and Biological Chemistry
- numerous pharmaceutical and biochemical examples
- mechanism based layout
- focus on principles and deductive reasoning
This will be an invaluable reference for students of
Pharmacy Medicinal and Biological Chemistry.
Table of Contents:
Preface.
1. Molecular representations and nomenclature.
2. Atomic structure and bonding.
3. Stereochemistry.
4. Acids and bases.
5. Reaction mechanisms.
6. Nucleophilic reactions: nucleophilic substitution.
7. Nucleophilic reactions of carbonyl groups.
8. Electrophilic reactions.
9. Radical reactions.
10. Nucleophilic reactions involving enolate anions.
11. Heterocycles.
12. Carbohydrates.
13. Amino acids, peptides and proteins.
14. Nucleosides, nucleotides and nucleic acids.
15. The organic chemistry of intermediary metabolism.
16. How to approach examination questions: selected
problems and answers.
Index. |
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Whether your challenge is to
introduce new computer technology to your
curriculum, or bring the lab experience to
on-line students or a need for an alternative
to dangerous, expensive or environmentally
hazardous labs, then Model ChemLab is
the classroom proven solution for you.
Model ChemLab originated
from academic work in computer simulation and
software design at McMaster University. It has
continued to be developed with extensive input
from educators interested in the possible
application of computer simulations for
classroom and distance learning.
Model ChemLab is a
unique product incorporating both an
interactive simulation and a lab notebook
workspace with separate areas for theory,
procedures and student observations. Commonly
used lab equipment and procedures are used to
simulate the steps involved in performing an
experiment. Users step-through the actual lab
procedure while interacting with animated
equipment in a way that is similar to the real
lab experience. ChemLab comes with a range of
pre-designed lab experiments for general
chemistry at the high school and college
level.
Users can expand upon the original lab
set using ChemLab's LabWizard development
tools, thus allowing for curriculum specific
lab simulation development by educators. These
user designed simulations combine both text
based instructions and the simulation into a
single distributable file.
ChemLab Design:
- Easy to use lab interface modelled on
common lab procedure
- Student lab notebook workspace area
- Real time animated interactive
simulation engine
- Lab Wizard tools for easy user created
lab simulations
- Support for plug-in lab simulations
extensions
Lab equipment:
- Beakers, Erlenmeyer and Florence flasks,
test tubes, graduated cylinders, burets,
eye dropper, pipets, watch glasses,
filtering flask with buchner funnel, Bunsen
burner, hot plate / Magnetic
stirrer, stirring rods, evaporation dish,
calorimeter, conductivity meter,
potentiometer, Spectrophotometer and
others…
- Balances: centigram, electronic and high
sensitivity balance
- Distillation equipment set-up:
distillation flask with heating mantel,
distillation head, condenser and
distillation take-off
Common Lab Procedures:
- Titration, Decanting /pouring
- Heating and hot/cold water baths
- Temperature, weight, pH, conductivity,
voltage and volume measurements
- Plot titration curves
Large selection of pre-defined labs
simulations:
- Acid/base reactions, bond lab, cations
reactions, electrochemistry, equilibrium,
flame lab, fractional crystallization,
fractional distillation, gravimetric
analysis, kinetics, redox reactions,
stoichiometry, thermal chemistry,
volumetric analysis, water quality, weak
acid titration and many more.
Lab Wizards (Professional Edition):
- Allow users to create customized lab simulations
- Lab Wizard steps users through process
of new lab creation
- Single distributable file
- Expandable chemical database allows
users to add new chemicals to ChemLab
Free updates from Model Science web site:
- Registered users can download updates
and new Lab simulations from the Model
Science web site.
Wide Range of Applications:
- Ideal for distance learning,
demonstrations, lab run-throughs, pre-lab
work, dangerous and environmentally
hazardous, expensive, or lengthy labs.
Lab Wizards (Professional Edition):
- Allow users to create customized lab simulations
- Lab Wizard steps users through process
of new lab creation
- Single distributable file
- Expandable chemical database allows
users to add new chemicals to ChemLab
Free updates from Model Science web site:
- Registered users can download updates
and new Lab simulations from the Model
Science web site.
Wide Range of Applications:
- Ideal for distance learning,
demonstrations, lab run-throughs, pre-lab
work, dangerous and environmentally
hazardous, expensive, or lengthy labs.
| System Requirements:
Windows:
Windows® 95/98/ME/ NT with 8MB RAM, VGA or higher.
Macintosh:
(also available for Mac OS 7.0). |
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ODYSSEY is a content-rich learning and simulation
environment for molecular chemistry. Used in high school
chemistry classes across the country, ODYSSEY uses the
computer to “simulate” chemical behaviour at the molecular
level. This state-of-the-art program with visually rich,
scientifically sound, experiments offers teachers an
exciting new way to engage students. Includes
student-assignable worksheets!
- Advanced User Interface
- Interactive Simulations at Full Molecular Detail
- Stunning Molecular Visualization
- Open-ended Simulations
- Hundreds of Molecular Models
- Create New Experiments
STUDENT EDITION
A chemistry learning tool that provides a direct
window onto the molecular world. Fully developed
experiments, an extensive stockroom, and an easy-to use
model kit for building almost any system - ODYSSEY provides
students with a virtual laboratory that is ideal for
discovery-based learning. Explore chemistry like never
before!
MOLECULAR STOCKROOM
ODYSSEY's Molecular Stockroom provides hundreds of
pre-constructed samples of matter spanning a wide range of
systems. Each entry allows for query of system properties,
visualization in multiple model styles, and molecular
simulation. The models can be used as the entry to a
classroom demonstration or as starting content for new lab
activities. The stockroom can be browsed by individual
items or by category.
Categories represented include:
Elements, Inorganics, Organics, Solutions , Biological,
Polymers
MODEL KITS
ODYSSEY's Model Kit contains a set of builders for
Molecules, Solids, Organic Molecules, Peptides, and
Nucleotides. These builders are similar to those in
Wavefunction's Spartan, that is used by tens of thousands
of students, instructors, and researchers world-wide.
The Model Kit enables the construction of almost any
chemical system. This puts an open ended virtual
laboratory at your fingertips. All constructed systems are
available for simulation and exploration. Instead of
having students learn about molecules in 2-D, utilize
ODYSSEY's Model Kit and move into 3-dimentions.
PLOTS AND PROPERTIES
ODYSSEY allows a multitude of Properties to be
measured. These may be correlated in a variety of plots.
- Snap Plots include recorded values 'posted' to the
plot.
- Time Plots track any property as a function of time.
- List Plots represent data from a number of different
samples.
- Histograms are available for the speed and kinetic energy
distributions.
ODYSSEY can query a host of properties including density,
number of molecules, electronegativity, molar mass, mass
fraction, distances and angles, temperature, volume,
pressure, kinetic energy, potential energy, atomic and
molecular charges, dipole moments, speeds, collision
frequencies, and number of hydrogen bonds. Several
properties (volume, temperature, system composition) are
user adjustable.
EXPERIMENTS
ODYSSEY provides instructors with 77 lab activities
prepared and ready to use. Each experiment is designed to
engage students in discovery-based learning. While
experiments are developed for student use, they can also
be utilized for classroom demonstrations. In total, more
than 200 pages of chemistry content are included. Learners
are provided with unparalleled visualization and
simulation of matter at the molecular level.
EASILY CREATE YOUR OWN MODELS
In addition to a Molecular Stockroom of many hundreds of
compounds, ODYSSEY also contains a set of model kits
enabling instructors to construct almost any system
imaginable. All ODYSSEY files (and the program itself) can
be easily hyperlinked within Microsoft PowerPoint for use
in classroom presentations.
EXPERIMENTAL PROTOCOLS
Each ODYSSEY Experiment includes step-by-step
instructions. All molecular samples are provided and
system parameters and conditions have been preset in order
to best carry out the experiment. Many experiments also
include a worksheet with additional activities.
EXPERIMENT CATEGORIES:
- Chemical Matter (3)
- Gases (20)
- Acids and Bases (3)
- Thermochemistry (5)
- Liquids and Solids (14)
- Chemical Thermodynamics (3)
- Transition Metal Complexes (3)
- Atoms and Molecules (14)
- Solutions (6)
- Biochemistry (6)
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System Requirements: Intel
Pentium 4, Pentium M or Athlon equivalent 512 MB RAM, Windows XP
or 2000, 500 MB disk space, Microsoft Internet Explorer 6. |
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Odyssey
Interactive
Chemistry - College Edition
-
Wins
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Student Version |
Shipped in 7 days |
|
|
|
|
ODYSSEY is a content-rich learning and simulation
environment for molecular chemistry. Used in high school
chemistry classes across the country, ODYSSEY uses the
computer to “simulate” chemical behaviour at the molecular
level. This state-of-the-art program with visually rich,
scientifically sound, experiments offers teachers an
exciting new way to engage students. Includes
student-assignable worksheets!
- Advanced User Interface
- Interactive Simulations at Full Molecular Detail
- Stunning Molecular Visualization
- Open-ended Simulations
- Hundreds of Molecular Models
- Create New Experiments
STUDENT EDITION
A chemistry learning tool that provides a direct
window onto the molecular world. Fully developed
experiments, an extensive stockroom, and an easy-to use
model kit for building almost any system—ODYSSEY provides
students with a virtual laboratory that is ideal for
discovery-based learning. Explore chemistry like never
before!
MOLECULAR STOCKROOM
ODYSSEY's Molecular Stockroom provides hundreds of
pre-constructed samples of matter spanning a wide range of
systems. Each entry allows for query of system properties,
visualization in multiple model styles, and molecular
simulation. The models can be used as the entry to a
classroom demonstration or as starting content for new lab
activities. The stockroom can be browsed by individual
items or by category.
Categories represented include:
Elements, Inorganics, Organics, Solutions , Biological,
Polymers
MODEL KITS
ODYSSEY's Model Kit contains a set of builders for
Molecules, Solids, Organic Molecules, Peptides, and
Nucleotides. These builders are similar to those in
Wavefunction's Spartan, that is used by tens of thousands
of students, instructors, and researchers world-wide.
The Model Kit enables the construction of almost any
chemical system. This puts an open ended virtual
laboratory at your fingertips. All constructed systems are
available for simulation and exploration. Instead of
having students learn about molecules in 2-D, utilize
ODYSSEY's Model Kit and move into 3-dimentions.
PLOTS AND PROPERTIES
ODYSSEY allows a multitude of Properties to be
measured. These may be correlated in a variety of plots.
- Snap Plots include recorded values 'posted' to the
plot.
- Time Plots track any property as a function of time.
- List Plots represent data from a number of different
samples.
- Histograms are available for the speed and kinetic energy
distributions.
ODYSSEY can query a host of properties including density,
number of molecules, electronegativity, molar mass, mass
fraction, distances and angles, temperature, volume,
pressure, kinetic energy, potential energy, atomic and
molecular charges, dipole moments, speeds, collision
frequencies, and number of hydrogen bonds. Several
properties (volume, temperature, system composition) are
user adjustable.
EXPERIMENTS
ODYSSEY provides instructors with 77 lab activities
prepared and ready to use. Each experiment is designed to
engage students in discovery-based learning. While
experiments are developed for student use, they can also
be utilized for classroom demonstrations. In total, more
than 200 pages of chemistry content are included. Learners
are provided with unparalleled visualization and
simulation of matter at the molecular level.
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