Top 22 Apps Similar to Learn Organic Chemistry

From this App you can learn : Define, classify and namethealcohols, phenols and ethers. Discuss the structure andphysicalproperties of alcohols, phenols and ethers. Describethesignificance, preparation methods, physical, chemicalpropertiesand uses of important alcohols, methanol and ethanol.Explain theacidic behavior of phenol. Give effect of substituentson acidityof phenol. Describe the importance, structure, physicalproperties,preparation methods, chemical reactions and uses ofethers. Comparethe properties of alcohols and phenols. Compare theproperties ofisomeric alcohols and ethers. More details pleasevisithttp://www.wonderwhizkids.com/ "Wonderwhizkids.com" hostsconceptoriented content in Maths & Sciences specially designedfor K-8to K-12 grades. "Wonderwhizkids (WWK) enables students toenjoylearning with application oriented, visually rich contentwhich issimple and easy to understand. The content is aligned tobestpractices of learning and teaching. Students can developstrongbasics, critical thinking and problem solving skills to dowell inschool and beyond. Teachers can use WWK as a referencematerial tobe more creative in designing engaging learningexperiences.Parents also can actively participate in their child'sdevelopmentthrough WWK". This topic covers under Chemistry subjectas a partof the Organic Chemistry topic and this topic containsfollowingsub topics Alcohols,Phenols and Ethers Preparation ofMethylalcohol Phenols Ethers

This app contains Chemistry Formulas. Useful for IIT ,NEET,11th,12th ,Students

Organic Chemistry diagnostic exams, flashcards, andfull-lengthpractice tests

Organic chemistry concepts, nomenclature, and reactionsmultiplechoice quiz

apoc - Advanced Problems in Organic Chemistry - is yourfullyinteractive virtual set of enhanced flashcards. The appallowsstudents of university level organic chemistry classes totesttheir proficiency with chemical mechanisms andtransformationstaught in advanced chemistry courses. For studentsof organicchemistry around the world, the Evans database ofchallengingorganic chemistry problems has become an extremelyuseful learningresource. Hundreds of unique questions focussing onorganicsynthesis, conformational analysis, and many othercategories canbe browsed. Additionally, more than a hundred subcategories helprefine the browsing process and tailor the results.The work donein this mobile project transforms this rich databaseinto aneasy-to-use and free mobile app, putting hundreds oforganicchemistry problems at your fingertips. Additional featureslikeshake for random questions, direct access to suggestedsolutionsand the primary literature, and being able to keep trackof yourlearning process and favourite exercises by bookmarking makeapoc -Advanced Problems in Organic Chemistry - a useful companionboth atuniversity and outside of it. A vibrant community of otherusers ofthe app can be joined through the app via a number ofsocial mediaoutlets. Stop being afraid of organic chemistry. It'sfun! Getapoc!

Organic Chemistry Today Wonder Whizkids

Application that gathers information on various organicreactions.Such as: * Name of Reactions * Substrate * Reagent *Product *Classification of Reaction * Mechanism * Example

From this App you can learn :Define carbonyl compounds and state their generalformulae.Describe the structure of carbonyl functional group.Explain the polar behavior of C=O double bond.Distinguish aliphatic and aromatic cabonyl compounds.Give the general preparation methods, properties andreactivityofaldehydes and ketones.Compare the properties of aldehydes and ketones.Discuss in detail about aldol reactions.Recognize the significance of carbonyl compounds in daytodaychemicals and natural compounds.Discuss the uses of formaldehyde and acetone.More details please visit http://www.wonderwhizkids.com/"Wonderwhizkids.com" hosts concept oriented content inMaths&Sciencesspecially designed for K-8 to K-12 grades."Wonderwhizkids(WWK)enablesstudents to enjoy learning with applicationoriented,visuallyrichcontent which is simple and easy to understand. Thecontentisaligned tobest practices of learning and teaching.Students can develop strong basics, criticalthinkingandproblemsolving skills to do well in school and beyond. Teachers canuseWWKas areference material to be more creative indesigningengaginglearningexperiences. Parents also can actively participateintheirchild'sdevelopment through WWK".This topic covers under Chemistry subject as a part oftheOrganicChemistry topicand this topic contains following sub topicsAldehydes and KetonesProperties of aldehydes and ketones

From this App you can learn : Describe the conformationalisomerismshown by saturated hydrocarbons. List the sources ofhydrocarbonsand know how to determine the quality of petrol anddiesel. Givethe general formula of alkanes and discuss structure,preparationmethods, general properties of typical alkanes, methaneand ethane.Write the general formula of cyclo alkanes and examinethestability and reactivity of cyclo alkanes. Describe thestructuresof alkenes, alkynes and appraise the geometricalisomerism shown byalkenes. Discuss in detail about preparationmethods, generalproperties and uses of ethylene and acetylene. Moredetails pleasevisit http://www.wonderwhizkids.com/"Wonderwhizkids.com" hostsconcept oriented content in Maths &Sciences specially designedfor K-8 to K-12 grades. "Wonderwhizkids(WWK) enables students toenjoy learning with application oriented,visually rich contentwhich is simple and easy to understand. Thecontent is aligned tobest practices of learning and teaching.Students can developstrong basics, critical thinking and problemsolving skills to dowell in school and beyond. Teachers can use WWKas a referencematerial to be more creative in designing engaginglearningexperiences. Parents also can actively participate in theirchild'sdevelopment through WWK". This topic covers under Chemistrysubjectas a part of the Organic Chemistry topic and this topiccontainsfollowing sub topics Hydrocorbons Alkanes CycloalkanesAlkenesEthylene

From this App you can learn : Define the terms – monomer,polymerand polymerization. Appreciate their importance of polymersandidentify the monomer unit in a given polymer. Classify polymersindifferent ways based on origin, type of monomer, structure andmodeof synthesis. Describe different ways of polymerization.Describethe preparation of some important synthetic polymers.Discuss thegeneral properties of commercially important polymers.Give effectsof synthetic polymers on environment. Appreciate thesynthesis anduse of biodegradable polymers. More details pleasevisithttp://www.wonderwhizkids.com/ "Wonderwhizkids.com" hostsconceptoriented content in Maths & Sciences specially designedfor K-8to K-12 grades. "Wonderwhizkids (WWK) enables students toenjoylearning with application oriented, visually rich contentwhich issimple and easy to understand. The content is aligned tobestpractices of learning and teaching. Students can developstrongbasics, critical thinking and problem solving skills to dowell inschool and beyond. Teachers can use WWK as a referencematerial tobe more creative in designing engaging learningexperiences.Parents also can actively participate in their child'sdevelopmentthrough WWK". This topic covers under Chemistry subjectas a partof the Organic Chemistry topic and this topic containsfollowingsub topics Ploymers Classification by types of monomersCommercialpolymers Polyacrylates

If you have an organic chemistry exam comingupor need to prepare for the MCAT, PCAT or DAT, OrgoSynth is madeforyou. Many textbooks and educational applications havesynthesisinformation scattered in many different places, andstudents areoften left with the tedious task of creating their ownflashcardsin order to consolidate and study the material.OrgoSynth puts dozens of organic chemistry synthesisreactionsright at your fingertips. Either the reactant, reagent, orproductcan be entered as unknown and OrgoSynth will provide themissingcomponent along with an explanation to help you learnquickly andefficiently!Be sure to follow @OrgoSynth on Twitter (http://www.twitter.com/OrgoSynth) and liketheOrgoSynth page on Facebook (http://www.facebook.com/OrgoSynth). Alsodon'thesitate to rate and leave feedback, as your input willhelpOrgoSynth to continually improve!¤ Dozens of organic chemistry synthesis reactions¤ Supports unknown reactant, reagent, or product and displaysthemissing component with an explanation¤ Clean, simple interface without ads to help you focus andlearnthe material***Update 3/15/15***¤ New epoxide opening reactions¤ New benzene electrophilic aromatic substitution reactions¤ Radical halogenation of alkanes added


有機化学の基本反応について、巻矢印を使った反応機構を理解し、自分で書けるようになるための学習用アプリ。
それが『有機化学OrganicChemistry 基本の反応機構』です。『有機化学 OrganicChemistry基本の反応機構』は、大学の１〜２年時の学習や、その後の専門課程における学習や研究において重要な有機化学の基礎知識の習得に役立ちます。高校で有機化学をしっかり学習した人なら、大学の有機化学の入門としての勉強に最適です。
◎ 主な内容
１．有機化学における矢印の意味と書き方
２．有機化学反応の基礎的事項について
３．共鳴
４．アルカンのハロゲン化（ラジカル反応）
５．アルケンの反応： 求電子付加反応
６．アルキンの反応：求電子付加反応
７．求電子芳香族置換反応
８．求核置換反応（ハロゲン化アルキル）：SN2とSN1反応など
９．脱離反応（ハロゲン化アルキル）：E2とE1反応など
１０．アルコールの反応
１１．エーテルに関する反応
１２．カルボニル基への求核付加反応（アルデヒド・ケトン）
１３．エステルに関する反応：Fischer のエステル化や加水分解など
１４．エノール・エノラートアニオンの関与する反応（アルデヒド・ケトン）：アルドール反応（縮合）など
１５．エノラートアニオンの関与する反応（エステル）：Claisen縮合など
１６．Michael付加
１７．Robinson成環反応



【機能・使い方】
１．アプリを立ちあげると全内容の目次が表示されます。各項目をタップすると内容が自動的に動画再生されます。
２．電子の動きを示す巻矢印が動画で表示され、その結果生じる化合物の化学構造式が表示されます。
３．画面をタップすると、シーク機能により任意の位置から動画を再生できますので、繰り返し学習に効果的です。４．戻るボタンや画面の右スワイプで目次に戻ることができます。
【その他注意事項】
＜アプリ内容の訂正＞
項目７−２．でBr+をbromoniumionとしているのは間違いです。haloniumionは、アルケンへのハロゲンの付加の中間体など、一般式 R-X+-R'の名称です。＜アプリの内容に関する情報＞アプリの内容や使い方などに関する補足情報をTwitter（http://twitter.com/organic_chemist）で流しています。質問も受け付けることもできます。

Organic Chemistry (Basic Reaction Mechanism) is a useful Appforlearning the Basic Reaction Mechanism in organic chemistry byusingcurved arrows. Mastering the fundamentals of reactionmechanisms isan important survival skill for students learningorganicchemistry. Table of Contents (Total 106 videos) 1. Types ofarrowsused in organic chemistry 2. Basic principles in organicchemistry3. Resonance 4. Halogenation of alkanes (Radical reaction)5.Alkene addition reactions: Electrophilic additions 5-1. Additionofhydrogen halide 5-2. Stability of carbocations 5-3.Supplementary:Rearrangement reaction 5-4. Acid catalyzed additionof water(Hydration) 5-4. Reaction mechanism (How to draw curvedarrows)5-5. Oxymercuration 5-6. Hydroboration 5-7. Addition ofhalogen(Halogenation): Bromination 5-8. Reaction withperoxyacid(peracid): Epoxidation 5-9. Reaction with osmiumtetroxide:Dihydroxidation 5-10. Reaction with ozone: Ozonolysis5-11.Reaction with hydrogen (Catalytic hydrogenation) 6. Alkyneadditionreactions: Electrophilic addition 6-1. Addition of hydrogenhalide6-2. Addition of water 6-3. Addition of halogen (Bromination)6-4.Addition of hydrogen: Half reduction 6-5. Supplementary:Birchreduction 7. Electrophilic aromatic substitution 7-1.Nitration7-2. Bromination 7-3. Sulfonation: Sulfonation isreversible ! 7-4.Friedel-Crafts reactions 7-4. (A) Friedel-Craftsalkylation 7-4.(B) Friedel-Crafts acylation 7-5. Summary ofelectrophilic aromaticsubstitution 7-6. Electrophilic substitutionof benzene derivatives7-6-1. Reactivity 7-6-2. Orientation 7-7.Theory of orientation7-7-1. Toluene: o,p-directing and activating7-7-2. Phenol:o,p-directing and activating 7-7-3. Nitrobenzene:m-directing anddeactivating 8. Nucleophilic substitution (SN2 andSN1) of alkylhalides 8-1. SN2 reaction 8-2. Reaction mechanism ofSN2 8-3. SN1reaction 8-4. Reaction mechanism of SN1 9. Eliminationreaction (E2and E1) of alkyl halides 9-1. E2 reaction 9-2. Reactionmechanismof E2 9-3. E1 reaction 9-4. Reaction mechanism of E1 10.Reactionof alcohols 10-1. Protonation with strong acids10-2.Acid-catalyzed elimination of water (Dehydration) 10-3.Reactionwith hydrogen halides 10-4. Reaction of allylic alcohols10-5.Supplementary: Allyllic rearrangement 10-6.Supplementary:Saytzeff’s rule (Zaitsev’s rule) 11. Ethers:Synthesis andReactions 11-1. Synthesis of ethers-1 11-2. Synthesisof ethers-2:Williamson Ether Synthesis 11-3. Acid cleavage ofethers: Reactionwith acids 11-4. Supplementary: Removal of methylprotecting group11-5. Nucleophilic opening of epoxides withGrignard reagents 12.Nucleophilic addition to carbonyl group(aldehydes and ketones)12-1. The polarity of the C=O double bond12-2. Nucleophilicaddition to carbonyl group 12-3. Addition ofalcohols: Hemiacetaland acetal formation 12-4. Addition of primaryamines: Imineformation 12-5. Addition of Grignard reagents 12-6.Supplementary:Addition of Grignard reagents to carbon dioxide 12-7.Addition ofacetylides 12-8. Addition of hydrogen cyanide 12-9.Reduction ofketones and aldehydes 13. Esters: Synthesis andReactions 13-1.Synthetic method for esters-1: Fischeresterification 13-2.Synthetic method for esters-2: Methyl esterformation bydiazomethane 13-3. Hydrolysis of esters 13-4.Supplementary:Acid-catalyzed hydrolysis of tert-butyl esters 13-5.Reaction withGrignard reagents 13-6. Reduction of esters 13-7.Alcoholysis ofesters 13-8. Ammonolysis of esters 14. Enol andEnolate reactions(aldehydes and ketones) 14-1. Keto-enolequilibrium 14-2. Why area-Hydrogens acidic ? 14-3. Enolization14-4. Aldol reaction 14-5.Aldol condensation 14-6. E1cB reaction15. Enolate reactions inesters 15-1. Claisen condensation 15-2.Dieckmann condensation andretro-Claisen condensation 15-3.Synthetic methods related toClaisen condensation 15-4. Acetoaceticester synthesis 15-5.Malonic ester synthesis 16. Michael addition17. Robinsonannulation

ChemEd is a study aid tool for all levels of chemistry fromhighschool introduction to chemistry, college general chemistry tomoreadvanced level courses such as organic, inorganic, biologicalandmaterials chemistry. It allows students and teachers toselectmolecules that often used in many textbooks to learn ordemonstrateimportant fundamental chemical concepts, namely: 1.Molecularorbitals and bonding (bond order and valency) 2.Electrostaticpotential surface and polarity 3. Orbitalhybridization andmolecular structures All in 3D with amazinggraphic quality! Updateversion contains libraries of moleculesappropriate for courses inGeneral Chemistry, Organic Chemistry,Biological Chemistry,Inorganic Chemistry, and Nano-molecules suchas fullerenes,graphene sheet, nanotubes. Download, Enjoy, and Tellyour friendsabout ChemEd!

Gives you a basic knowledge about D block Inorganic Chemistry

Exam Madness allows you to practicethemostrelevant exam categories whenever and wherever you wantinsimplemultiple choice format. Test your knowledge inimportantexamtopics such as prepositions, tenses, articles,spelling andmore toprepare yourself for taking B1 and B2 levelexams.

Naming organic chemistry for HAVO / VWO practice through a quiz.

With Professor B's organicchemistryfunctionalgroup study tool you can-- use animated flashcards to practiceidentifyingorganicchemistry functional groups and naming samplecompounds.-- guess the back of a flashcard before you flip it. Theappwilltell you if your guess is correct.-- take randomized quizzes and save high scores totrackyourstudy progress. Can you earn 100% in all categories?

Carboxylic Acids Simplyscience

From this App you can learn :Define and classify organohalogen compounds.Give the structural difference between aromaticandaliphatichalides.Describe the chemical reactivity of organohalogen compounds.Examine the factors affecting the reactivityoforganohalogens.Discuss the preparation, chemical and physical properties,usesofchloroform and chloral hydrate.Identify carbylamine reaction and distinguish organic aminesbasedonthe result of this test.Give the method of iodoform test and appreciate the roleofidoformtest in analysis of carbonyl compounds.Define perfluorocarbons (PFCs) and give examples.Recognize the significance of PFCs novel in medicine.More details please visit http://www.wonderwhizkids.com/"Wonderwhizkids.com" hosts concept oriented content inMaths&Sciencesspecially designed for K-8 to K-12 grades."Wonderwhizkids(WWK)enablesstudents to enjoy learning with applicationoriented,visuallyrichcontent which is simple and easy to understand. Thecontentisaligned tobest practices of learning and teaching.Students can develop strong basics, criticalthinkingandproblemsolving skills to do well in school and beyond. Teachers canuseWWKas areference material to be more creative indesigningengaginglearningexperiences. Parents also can actively participateintheirchild'sdevelopment through WWK".This topic covers under Chemistry subject as a part oftheOrganicChemistry topicand this topic contains following sub topicsHalogen DerivativesPreparation of Chloroform

CarbonWonder Simplyscience

Organic chemistry quiz