How to prepare Chemistry for mdcat 2022

How to prepare chemistry for mdcat 2022

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Total number of MCQs: 200 (all subjects)

•   Duration of MDCAT: 3.5 hours

•   Format: Computer-based MCQs

•   Minimum pass marks for Medical College Admission: 65%

•   Minimum pass marks for Dental College Admission: 55%

•   No negative marking


Recall and application-level questions will make up 70% of the questions in the biology, chemistry, and physics sections, respectively.

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Content List for Chemistry mdcat

  Introduction to fundamental concepts of chemistry
  Atomic Structure
  Chemical Equilibrium
  Reaction Kinetics
  Thermo-chemistry and Energetics of chemical reactions
  Chemical bonding
  S and p block elements
  Transition Elements
  Fundamental principles of organic chemistry
  Chemistry of Hydrocarbons     Alkyl halides Alcohols & phenols Aldehydes and Ketones Carboxylic acid   Macromolecules

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In this article, you will learn how to maximise your time spent studying Chemistry for the MDCAT.

To get you off on the right foot, I’ve compiled a list of the top 10 ways to study for MDCAT Chemistry so that you may achieve your greatest possible score on the exam’s second most critical subject, after only biology

Let’s get started with some organic chemistry.

To put it simply, organic chemistry is a challenging field with a plethora of ideas. Be sure to consult the PMC MDCAT Syllabus to know what areas to concentrate on throughout study.
Prioritize the most crucial points and work your way down to the less crucial ones. On the MDCAT Chemistry exam, you should expect to see, say, four multiple-choice questions pertaining to hydrocarbons, four questions pertaining to alcohols and phenols, and four questions pertaining to alkyl halides. While just two will come from Amino Acids and Environmental Chemistry, three will be derived from Macromolecules. Be sure to prioritise the major concerns before addressing the minor ones.

Also, make sure you put in some time practising your math skills; you won’t be able to use a calculator during the test, and dealing with fractions and decimals can be a bit of a challenge. Therefore, after you’ve memorised the methods for working with decimals, put them to use by performing some practise problems.

Put together a document with all the formulas.
Formulas are fundamental to the study of chemistry, with whole chapters devoted to exploring the structure and meaning of various formulas. It’s suggested that you create a separate document for each formula so that you can keep track of them easily. It’s a time-saver because you won’t have to flip through the whole book looking for a certain formula.
For instance, write down the chemical structures and formulas of some of the most common and unique acids, such as picric acid, lactic acid, acetic acid, etc.

Create Some Notes About Physical Chemistry

Students often feel completely overwhelmed by the amount of work required to study for Physical Chemistry, the most challenging topic. You can benefit from taking notes in this respect. Keeping track of the various catalysts and their characteristics (heat, temperature, etc.) is essential.

In physical chemistry, there are many reactions that just cannot be recalled. However, catalysts can aid in the retention of such chemical reactions. List all of the catalysts and the reactions for which they are utilised. The same holds true for inorganic and organic chemistry.

One of the most useful tools is the Periodic Table.

You should be familiar with the atomic masses, atomic numbers, quantum numbers, and energies of each element in the periodic table. The periods and groups of elements’ existences must be known to you. Compounds of sulphur and nitrogen are examples of common elements; you should familiarise yourself with their electrical configurations, electronegativities, and melting points.

A firm understanding of the periodic table will serve you well in your studies of inorganic chemistry. Keep your knowledge of the elements fresh by reviewing the Periodic Table frequently.

Isolate the Recurring, yet Vital, Details

Physical, organic, and inorganic chemistry all have their foundations in the study of substitution reactions, nucleophilic reactions, electrophilic reactions, oxidation-reduction reactions, and reaction kinetics. Keep all examples, definitions, and differences distinct on a register. Make a note of any patterns you notice, like a rising ionisation energy, etc.Remember to review these fundamental ideas every time you begin a new round of studying. Not only will this aid you in the following round of condensed revisions, but it will also save you time in that you won’t have to reread all the supplementary material.

Focus on outliers rather than the norm when learning:

PMC does not include the standard MDCAT questions in its examination. They constantly probe for unusual situations by asking about properties and elements that deviate from the norm. Consequently, it is important that you study the special features.

That’s also true of “reactions,” by the way. Many chemical reactions exhibit unexpected behaviour on the part of their products, catalysts, or reactants. Pay closer attention to these responses than to the typical ones. To give only one example, there is a universal pattern in the ionisation energy of elements.

Online MCQs and Mock Exams are provided for practise with each chapter.

Never put off doing the MCQs until the very end of a chemistry course. The best strategy is to tackle the MCQs chapter by chapter. Practice answering multiple choice questions (MCQs) from previous exams when you’ve studied a new chapter, concept, or topic. You will find this extremely useful as you study for the MDCAT Chemistry section.

Activities Involving Reading Books

Chemistry is a challenging subject, and in order to learn one topic, it helps to have a firm grasp on the one before it. Proceed to the inorganic and then the physical chemistry sections when you’ve finished with organic chemistry.

It is not required that you read everything. Just focus on the material included in the MDCAT Study Guide. The definitions, differences, significance, and roles should all be learned. These are the types of things you need to read a book multiple times to learn.

Learn as much numerical data as you can from literature.

The majority of the numerical problems on the MDCAT chemistry section are recycled from intermediate-level textbooks and have the same solutions. Therefore, it is suggested that students memorise every numerical problem, solution, and example in the textbooks. There’s no need to worry about fitting them all in. A plan of action can be developed. For instance, you may be able to recall certain details from each assertion, and if these exist in the paper, then it must contain that response.
You may find hundreds of websites that offer chemistry multiple choice questions organised by chapter, by topic (Physical, Inorganic, and Organic), and finally by a whole mock exam. We cannot stress this enough, because in chemistry, MCQs solutions is your preparation. Try your hand at multiple-choice questions both during and after studying.

I guess that will have to do. These are the best tips to prepare for MDCAT Chemistry. The information in this article should serve as a springboard for further study and planning. Our final piece of guidance is to take things one at a time and not worry too much about what hasn’t been covered.

It’s better to read one book over and over again in order to fully absorb its lessons than to read a hundred books quickly and miss their significance. So, take it slow and steady, and you will get there.

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