A master's or PhD degree in Chemistry can help you to prepare for leadership positions. Admission to a master's degree in Chemistry requires you to take the GRE Chemistry subject test along with qualifying for entrance exams. The GRE Chemistry test has been designed to effectively assess your knowledge and abilities for graduate admissions at reputed universities abroad.
The first step towards scoring high scores in GRE Chemistry is to go through the exam syllabus and paper well. It will help to plan your preparation strategy well and reach the university of your dreams. Further, the GRE Chemistry has been categorised into four different fields. What are they?
You will find all the information relating to the GRE Chemistry subject test in this blog. Here we have discussed the syllabus and exam pattern of the GRE subject Chemistry including some important preparation tips.
Table of Contents
Overview of GRE Chemistry Subject Test
- The GRE Chemistry Subject test is mostly opted by students willing to pursue a master's degree program in Chemistry at the top universities abroad.
- The Chemistry paper of the GRE has approximately 130 multiple choice questions that are expected to be solved within 2 hours and 50 minutes.
- The questions are based on the chemistry curriculum of your undergraduate coursework.
- The GRE Chemistry subject test syllabus is structured into four parameters i.e. Analytical Chemistry (15%), Inorganic Chemistry (25%), Organic Chemistry (30%), and Physical Chemistry (30%).
- A periodic table is always provided in the question booklet with the physical constants and the conversion factors.
- The questions given in the chemistry test do not require any use of calculators and the algorithms table to answer the given questions.
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Now that we know about the GRE Chemistry exam. Let us now have a close look at the GRE Chemistry syllabus:
GRE Chemistry Syllabus
The GRE Chemistry in Chemistry Test section consists of multiple-choice questions. Every question has five response options from which you have to pick the right one. The average score of the GRE Chemistry test ranges from 200 to 990 with a 10 point increment.
As per ETS, the detailed GRE Chemistry Test Syllabus is discussed below:
Analytical Chemistry (15%)
- Data Acquisition and Use of Statistics: Errors and statistical considerations.
- Radiochemical Methods: Detectors and their applications.
- Solutions and Standardizations: Primary Standards and Terms of Concentration.
- Homogeneous Equilibrium: Acid-base, oxidation and reduction, complexometry.
- Heterogeneous Equilibrium: Gravimetric analysis, precipitation titrations, chemical separations and solubility.
- Environmental Applications.
- Instrumental Methods: Spectroscopic Methods, Chromatographic Methods, Electrochemical Methods, Thermal Methods, and calibration of instruments.
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Inorganic Chemistry (25%)
- Metals and semiconductors: Chemical and the physical consequences of band theory, band theory, and structure.
- Ionic substances: Radius/ratio effects, lattice geometries, ionic radii, lattice energies.
- Concepts of Acids and Bases: Solvent system approaches, Brønsted and Lowry approach, Lewis theory.
- Covalent Molecular substances: Bond energies, molecular point groups, VSEPR concept, intermolecular forces, molecular orbital description, Lewis diagrams, covalent and van der Waals radii of the elements, valence bond description and hybridisation.
- Chemistry of the Transition Elements: Physical and chemical properties of elements and their compounds, coordination compounds, occurrences and recovery, and electronic structures.
- Chemistry of main group elements: Physical and chemical properties of elements and their compounds, occurrences and recovery, and electronic structures.
- Special topics: Applied solid-state chemistry, catalysis, environmental chemistry, bioinorganic chemistry, and organometallic chemistry.
- General Chemistry: Nuclear chemistry, periodic trends, and oxidation states.
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Organic Chemistry (30%)
- Functional groups: Interconversions of aldehydes, alkyl halides, ketones, alcohols, aromatic compounds, dienes, epoxides, alkenes, thiols, alkanes, sulfides, ethers, alkynes, amines, interconversion of carboxylic acids and their derivatives, preparations, and reactions.
- Reactive intermediates: Free radicals, carbon ions, carbenes, benzynes, chemistry and enols, nature of carbocations, and enols.
- Organometallics: Transition metal reagents and catalysts, preparation and reaction of organolithium reagents, preparation and reaction of Grignard, lithium organocuprates, and other modern main groups.
- Reaction mechanisms: Electrophilic aromatic substitutions, eliminations, nucleophilic aromatic substitution, electrophilic additions, nucleophilic displacements and addition, Diels
Alder, and other cycloadditions.
- Structure, bonding, nomenclature: Conformational analysis, Lewis structures, systematic IUPAC nomenclature, orbital hybridisation, spectroscopy (IR and 1H and 13C NMR), configuration and stereochemical notation.
- Special topics: Asymmetric synthesis, amino acids, acid-base theory, antiaromaticity, carbohydrates, lipids, macromolecules, nucleic acids, orbital symmetry, peptides, aromaticity, carbon acidity, catalysis, molecular orbital theory, polymers, resonance, and terpenes.
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Physical Chemistry (30%)
- Quantum Chemistry: principles of quantum mechanics, atomic and molecular structure, and classical experiments.
- Applications to Spectroscopy: Molecular Spectroscopy.
- Thermodynamics: statistical thermodynamics, colligative properties, ideal and real gases and solutions, phase equilibria, chemical equilibria, Gibbs and Helmholtz energy, first, second and third laws, and chemical potential.
- Dynamics: photochemistry, solution dynamics, experimental and theoretical chemical kinetics, and liquid dynamics.
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How to Prepare for the GRE Chemistry Subject Test?
Preparing for the GRE Chemistry is one of the crucial parts of excelling in the exam. The paper has been designed to test your knowledge of chemistry in your undergraduate coursework. This is unlikely that studying from scratch for two or three months will give you a desirable score. Some other tips that you must keep in mind during your preparation are:
- Go through the number of GRE Chemistry prep books that will help you in preparing for this part.
- Review the question asked in previous Chemistry papers. This shows you the types of questions generally asked in the exam and the exam pattern.
- Revise the Chemistry textbooks, and notes of your college courses, this will give you a better study outline.
- Solve some GRE Chemistry test practice books to analyse your performance.
- Solving various types of GRE chemistry practice questions is also another way of preparation.
- Make sure to cover every important topic as no one knows from where the questions are going to frame.
- Enrol into different online GRE chemistry subject tests to get acquainted more with the exam environment. Avail the latest GRE questions and mock tests through Yocket’s GRE Prep!
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Best Preparation Books for GRE Chemistry Test
The following is the list of the few best GRE chemistry prep book which will help you in facing the GRE Chemistry test:
Chemistry: The Central Science
General Chemistry – Standalone book
Organic Chemistry by Paula Bruice
Atkins’ Physical Chemistry
GRE Chemistry Test Secrets Study Guide by Mometrix
Sterling Test Prep GRE Chemistry Practice Questions
Cracking the GRE Chemistry Subject Test by Princeton Review
Fundamentals of Analytical Chemistry
With the best GRE Chemistry books, hard work, proper schedule, and consistency, you will surely score very well in the GRE Chemistry Subject Test. It is recommended to start your preparation for the Chemistry subject test in advance to avoid any last-minute confusion and score high in GRE.
Frequently Asked Questions About GRE Chemistry Subject Test
Ques. What do you mean by GRE Chemistry Subject Test?
Ans. The GRE Chemistry Test is a standardized level admission test administered by the Educational Testing Service. It is used to evaluate students who want to take admission to graduate degree programs in Chemistry.
Ques. What is the exam duration for GRE chemistry?
Ans. The GRE Chemistry Subject Test consists of approximately 130 multiple choice questions and the length of the testing time is around 2 hours and 30 minutes.
Ques. What are the sections included in the GRE Chemistry Test?
Ans. The questions types generally asked in the GRE Chemistry testing include:
- Analytical Chemistry (15%)
- Inorganic Chemistry (25%)
- Organic Chemistry (30%)
- Physical Chemistry (30%)
Ques. What will be the best score on the GRE Chemistry subject test?
Ans. The average score for the test must be around 600, but graduate universities offering chemistry programs will generally want to see at least 650 marks in your application to stand out among the crowd.
Ques. What are the eligibility criteria for the GRE Chemistry Test?
Ans. The requirement for the application for the GRE is that you must have a bachelor's level degree in a relevant stream from a recognised university. Other than this there are no other specific eligibility criteria.