Name reactions of Organic chemistry
How do memorize and practice the Name reaction of organic chemistry? This is the most common question which students ask. Answering this question, At first read, the name reaction then tries to get the mechanism by your concept after that see the mechanism which we have elaborated. Try to learn every step of the reaction and relate it with your mechanism.
List of Important Name reactions of Organic chemistry
In Class 11 and 12th there are several reactions in the syllabus of organic chemistry. Few reactions are very important in the mechanism as well as in the conversation. The list of Name reactions of Organic chemistry are as follows. Each reaction is explained with solved example and detail reaction Mechanism.
- Clemmensen Reduction
- Claisen condensation
- Etard’s Reaction
- Friedel-Crafts alkylation
- Friedel Crafts Acylation
- Fries Rearrangement
- Gattermann-Koch Reaction
- Grignard Reagent
- Hell-Volhard-Zelinsky Reaction
- Hunsdieker reaction
- Hoffmann Bromamide Degradation
- Jones reagent
- Kolbes Reaction
- Knoevenagel Reaction
- Meerwein-Ponndorf-Verley Reduction
- Perkin Condensation
- Pinacol-Pinacolone Rearrangement
- Reformatsky Reaction
- Reimer-Tiemann Reaction
- Schimdt Reaction
- Schotten Baumann Reaction
- Stephen’s Reduction
- Tischenko reaction
- Williamson's synthesis
- Wittig Reaction
- Wolf Kishner Reduction
- Wurtz Reaction
- Aldol condensation
- Beckmann Reaction
- Arndt Reaction
- Benzoin Condensation
- Cannizaro Reaction
- Acyloin Condensation
- Birch Reduction
- Diels-Alder Reaction
- Dieckmann Reaction
- Curtius Reactions
- Dienone Phenol Rearrangments
Right Approach to Understand Mechanism of Name reaction of organic chemistry
To become an expert in organic chemistry students must follow a few rules and understand the process of learning organic specifically to solve the questions from organic in JEE & NEET. The weightage of organic in the entrance exam is very high. Most all entrance exam carries almost 30 to 40 percent of questions are from organic reactions and their mechanism. To solve organis MCQ there is no calculation required. The only thing required is one must know the mechanism.
One must try to remember all name reactions with the mechanism. To understand organic chemistry one must follow certain rules and read the theory carefully. After completing the basics of organic chemistry the list of Name reaction of organic chemistry work well. The most common mistake students are doing in organic is they generally start memorizing the concept and reaction. This is not the right approach to solve the question or reaction one must understand the process of reaction and try to understand how the reaction is proceeding rather than thinking about why these reactions occur. We have prepared a list of organic name reactions which are part of JEE, NEET & other entrance exams. We have explained all name reactions of organic chemistry with a detailed reaction mechanism of each name reaction which is important for JEE and NEET. One must have a good concept of the basics of organic reaction mechanisms before moving to name reaction of organic chemistry. You can also check the Questions on Organic Chemistry.
Tips to score Good marks in Organic chemistry
- Start reading and understand the first chapter of GOC in which you will understand all effects and their applications. Like inducting effect resonance and hyperconjugation and their application in the organic reaction mechanism.
- The second topic one must start after GOC is isomerism and then after hydrocarbon.
- Understand the reaction mechanism like elimination and substitution reaction (E-1,E-2,Sn1,Sn2) mechanism.
- Once you understands above mentioned mechanism than after you are ready to learn and understand name reactions of organic chemistry.
- All name reaction of organic chemistry which are prepared by pw are such that all name reactions of organic chemistry will be covered with details reaction mechanism of each name reaction.
- Name reaction of organic chemistry is important for all entrance exams like JEE and NEET .
- Every year in the entrance exam directly 4 to 5 questions are asked from name reaction of organic chemistry.
- If you analyze the board exam paper you can get 15 to 20 marks questions from name reactions of organic chemistry .
- All the reactions and mechanisms mentioned on this page are a must. Try to learn to understand the practice, very soon we are going to release a details video of all these name reactions for your better understanding of the concept .
While solving numerical in chemistry you required two things one is the concept clear and the second thing is you must know the formula. It is highly recommended to learn all chemistry formulas before moving toward the numerical academic team of pw prepared chapter wise chemistry formula for quick revision you can download it for your reference.
The right approach to becoming an expert in Organic chemistry
Organic chemistry required a very good understanding of chapters like chemical bonding and General organic chemistry. Start with mechanism learn how E-1, E-2, and SN1 and SN2 reaction proceeds. This will help you to understand the concept of name reaction in organic chemistry. Name reaction of organic chemistry required expertise in the above-mentioned chapters and the mechanism of the reaction.
The academic team entrance uploaded all name reactions which is important for the competitive entrance exam with solved examples. Try to solve the example by your concept and then check from the solved one.
Start with aldol condensation do practice these reactions from class 12 chemistry notes. In these sections, we have uploaded lots of objective questions to boost your concepts and increase your learning. Try to solve questions from the NCERT textbook you can take help from Physics Wallah NCERT Solutions for Class 12 Chemistry
Application of Name Reactions of Organic Chemistry
Organic reactions involve the breaking and making of pie and sigma bonds. Organic Chemists are always focused on how a reaction proceeds rather than why a reaction proceeds. With the accumulated knowledge chemists can design newer molecules.
The breaking and making of covalent bonds usually occur in several discrete steps before transformation into products. The detailed sequential description of all the steps of the transformations into the product(s) is called the mechanism of a reaction. Name reaction of organic chemistry can help you to understand the phenomena of reaction mechanism involved in the most common and useful Name reactions of organic chemistry.
The mechanism of a reaction is satisfactorily established it intermediates involved in all the steps can be isolated, but which is unfortunately seldom possible. Several basic concepts of organic chemistry help us to predict the different steps of the reaction. By judiciously considering these concepts and their application to the stereochemical aspects, the different steps of the reaction can not only be explained but also the products under different conditions can be predicted.
Complete information regarding all the steps is seldom obtained. However, a good deal of data can be gathered from the following point with proper observation of reaction and its mechanism in Name reaction of organic chemistry such as.
- Study the kinetics of the reaction with the help of rate-determining steps.
- Isolation of the intermediates if isolable such as stable carbocation or carbon free radicals.
- Study of the reaction in the presence of other similar substrates with different catalysts.
- Study of the isotopically labeled atoms in the reactants which is very important to know the mechanism of Name reactions of organic chemistry.
- Trapping of tree radicals with the help of a few reagents.
- Crossover experiments.
- Stereochemical aspects.
Frequently Asked Questions (FAQs)
Q1. How to start Name reaction of Organic Chemistry ?
Ans. The Name reaction of organic chemistry can be started once you understand the basics of organic chemistry. With proper knowledge of the basics of organic chemistry like what is inducting effect is, how to use resonance what are intermediates, and a few basic reactions after which you can start reading and understanding the Name reaction of organic chemistry.
Q2. What is the right approach to read Name reaction of Organic Chemistry ?
Ans. Organic compounds differ from inorganic compounds in the types of bond formation in the two classes of compounds. A clear concept in the electronic theory of bond formation will be helpful. One must have a very clear concept about atomic structure and chemical bonding that atoms consist of central positively charged nuclei surrounded by several electrons. These electrons arrange themselves in different shells. The shells have different energies and different maximum capacities for electrons-two in the first shell (K shell), eight in the second shell (L shell), eight or eighteen in the third shell (M shell), etc. before starting reading name reaction of organic chemistry one must have a clear idea about bonding.
Q3. What is the transition state and energy diagram do we need to understand this before going through the Name reaction of organic Chemistry ?
Ans. Transition state in a chemical reaction is a continuous process. The reactants continuously change their geometry under the stress and strain of the reaction conditions and pass through an optimum state when the effective collision has been achieved. This state in the course of reactions is called the transition state, so-called because the reactants change from one form to another after this state.
The minimum energy necessary to fulfill all the conditions for the formation of the transition state is the E.c1 of the. reaction. Thus, the energy of the transition state is the energy of activation. The higher the energy of the transition state, the higher is the energy barrier and the slower is the rate of reaction. In a multistage reaction, several transition states are formed but the one with the highest energy controls the rate of the reaction. The more stable is the transition state, the lower is its energy, and the more readily it is formed.