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color="#666666" face="Verdana"><br> </h3> <font style="font-size:13px" color="#666666" face="Verdana"> <h3>Subjects we are providing Homework Help for:</h3><br> <h4><i><u>Mathematics</i></u></h4><br> <h5>School and High School</h5> <p> Beginning, Intermediate Mathematics<br> Arithmetic, Algebra<br> Geometry<br> Pre-Calculus, Calculus<br></p> <h5>College and University</h5> <p>Calculus I - III Complex Variables<br> Functional Analysis<br> Discrete Mathematics<br> Theory of Numbers<br> Linear Algebra I - II<br> Abstract Algebra<br> Ordinary Differential Equations<br> Partial Differential Equations<br> Modern Geometry, Topology<br> Numerical Analysis<br> Applied Mathematics </p> <br><br> <h4><i><u>Statistics</i></u></h4><br> <h5>School and High School</h5> <p> Beginning, Intermediate Mathematics<br> Probability<br> Statistics <br></p> <h5>College and University</h5> <p>Introduction to Probability and Statistics I-II<br> Probability I-III<br> Advanced Probability<br> Basic Statistics<br> Applied Statistics<br> Statistics for Social Scientists<br> Probability and Statistics in Engineering and Science<br> Introduction to Resampling Inference<br> Applied Regression<br> Analysis of Variance<br> Nonparametric Statistics<br> Stochastic Processes<br> Applied Regression<br> Stochastic Modeling<br> Time Series Analysis<br> Classical Theory of Linear Models<br> Statistical Computing<br> Multivariate Analysis<br> Multivariate Statistical Methods<br> Advanced Applied Statistics </p> <br><br> <h4><i><u>Physics</i></u></h4><br> <p> Measurement<br> Motion in One Dimension<br> Forces and Newton s Laws<br> Motion in Two and Three Dimensions<br> Application of Newton s Laws<br> Momentum<br> Systems of Particles<br> Rotational Kinematics<br> Rotational dynamics<br> Angular Momentum<br> Energy 1: Work and Kinetic Energy<br> Energy 2: Potential Energy<br> Energy 3: Conservation Of Energy<br> Gravitation<br> Fluid Static's<br> Fluid dynamics<br> Oscillations<br> Wave motion<br> Sound waves<br> The special Theory of Relativity<br> Temperature<br> Molecular Properties of Gases<br> The first law of Thermodynamics<br> Entropy and the second law of Thermodynamics<br> Electric charge and coulomb's law<br> The electric field<br> Gauss' law<br> Electric potential energy and potential<br> The electrical properties of materials<br> Capacitance<br> Dc circuits<br> The magnetic field<br> The magnetic field of a current<br> Faraday's law of induction<br> Magnetic properties of materials<br> Inductance<br> Alternating current circuit<br> Maxwell's equations and electromagnetic waves<br> Light waves<br> Mirrors and lenses<br> Interfernce<br> Diffraction<br> Gratings and spectra<br> Polarization<br> The nature of light<br> The nature of matter<br> Electrons in potential wells<br> Atomic structure<br> Electrical conduction in solids<br> Nuclear physics<br> Energy from the nucleus<br> Particle physics and cosmology</p> <br><br> <h4><i><u>Chemistry</i></u></h4><br> <p> Basic concepts of chemistry<br> States of Matter<br> Atomic Structure<br> Classification of Elements and Periodicity in Properties<br> First Law of Thermodynamics and Chemical Energetics<br> Chemical Bonding and Molecular Structure<br> Equilibrium I-Equilibrium Processes and Phase Equilibria<br> Equilibrium II -Ionic Equilibrium in Solutions<br> Redox Reactions<br> Principles and Processes of Extraction of metals<br> Hydrogen<br> General properties of s-Block Elements<br> Alkali metals<br> The Alkaline Earth Metals<br> The Solid State<br> Solutions<br> Other laws of thermodynamic<br> Electrochemistry<br> Chemical kinetics<br> Surface chemistry<br> p-block elements<br> d and f-block elements<br> Co-ordination compounds and organometallics<br> Nuclear chemistry<br> Organic Chemistry<br> Methane Energy of Activation. Transition State<br> Alkenes Free-Radical Substitution<br> Stereochemistry I. Stereoisomers<br> Alkyl Halides Nucleophilic Aliphatic Substitution<br> Alcohols and Ethers<br> Role of the Solvent Secondary Bonding<br> Alkenes I. Structure and Preparation Elimination<br> Alkenes II. Reactions of the Carbon-Carbon Double Bond Electrophilic and Free-Radical Addition<br> Stereochemistry II. Stereoselective and Stereospecific reactions<br> Conjugation and Resonance Dienes<br> Alkynes<br> Cyclic Aliphatic Compounds<br> Aromaticity Benzene<br> Electrophilic Aromatic Substitution<br> Aromatic-Aliphatic Compounds Arenes and Their Derivatives<br> Spectroscopy and Structure<br> Aldehydes and Ketones Nucleophilic Addition<br> Carboxylic Acids<br> Functional Derivatives of Carboxylic Acids Nucleophilic Acyl Substitution<br> Carbanions I Aldol and Claisen Condensations<br> Amines I. Preparation and Physical Properties<br> Amines II. Reactions<br> Phenols<br> Carbanions II Malonic Ester and Acetoacetic Ester Syntheses<br> Aryl Halides Nucleophilic Aromatic Substitution<br> ±,²-Unsaturated Carbonyl Compounds Conjugate Addition<br> Molecular Orbitals. Orbital Symmetry<br> Symphoria Neighboring Group Effects. Catalysis by Transition Metal Complexes<br> Heterocyclic Compounds<br> Macromolecules. Polymers and Polymerization<br> Stereochemistry III. Enantiotopic and Diastereotopic Ligands and Faces<br> Lipids Fats and Steroids<br> Carbohydrates I. Monosaccharides<br> Carbohydrates II. Disaccharides and Polysaccharides<br> Proteins and Nucleic Acids Molecular Biology</p> </font></div> </td> </tr> </table></div> </body> </html>