Top 15 Apps Similar to Moleculator

"Molecule 3D" is a molecular viewer, showing 3D moleculestructureindifferent stereo modes. It helps you to understandspacestructure ofcomplex molecules via different stereomodes:Anaglyth, VR glasses,Cross-eyed. For details,see:http://proteinviewer.com/mol3d.html

Moléculas é um aplicativo que traz parausooffline em dispositivos móveis, moléculas publicadas no portaldaQuímica Nova Interativa (QNInt). A maior parte deste conteúdofoiproduzido dentro do projeto 365 dias de Química, realizadoduranteo Ano Internacional da Química.As moléculas apresentadas podem ser manipuladas pelosusuários,permitindo a visualização por diferentes ângulos, assimcomoampliar ou reduzir as estruturas, para que seja dado destaqueemáreas de interesse. Cada molécula possui um textoexplicativo.Financiamento: CNPqApoio: Sociedade Brasileria de Química (SBQ), INCT EnergiaeAmbiente e INCT InomatMolecules isanapplication that brings offline use on mobile devices,moleculespublished on the website of New Chemistry Interactive(QNInt). Mostof this content was produced within the project 365days ofChemistry, held during the International Year of Chemistry.The molecules presented can be manipulated by users, allowingyouto view from different angles as well as zoom in or structures,tobe given prominence in areas of interest. Each molecule hasacallout.Funding: CNPqSupport: Brazilian Internet Society of Chemistry (SBQ), inctEnergyand Environment inct Inomat

Generates the Molecular Geometry(Shape) of any Molecule

From this App you can learn : Predict and analyze how smallorganicmolecules are joined inside cells, forming larger moleculescalledmacromolecules. Discover how carbohydrates serve as fuelandbuilding material for molecules. Define and distinguishthestructures and functions of fats, phospholipids, andsteroids.Discriminate the structural concepts of saturated andunsaturatedfatty acids and how they affect our health. Explore thestructureand functions of proteins in cells and summarize theconcept of howa polypeptide is constructed from amino acids.Analyze the factorsthat affect protein structure and functions andevaluate howenzymes act as biological catalysts. Deduce how nucleicacids storeand transmit hereditary information. 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 Biology subject asa part ofthe BioChemistry topic and this topic contains followingsub topicsMolecules of life Polymers Carbohydrates PolysaccharidesLipidsProteins Enzymes Nucleic acids

Build and view molecules in 3D, visualize orbitals, andcalculateproperties.

Chemical Bonding Wonder Whizkids

PCM Formulas serves as a quick reference for all yourformulaneeds,helps you learn and revise formulas quickly, it'sintuitiveuserinterface is easy to read and understand. • Get accesstoallPhysics, Chemistry and Mathematics formulas at one place.•Useanywhere anytime you need. • No more spending hoursonwritingimportant formulas on a paper. • Helpful forStudentspreparing forClass 11,12 Boards, PU, JEE, NEET andEngineeringStudents.Discussion Forum : An active base of thousandsof studentsjustlike yourself on one open platform to discuss allthe mattersofPCM and whatever you like. Using this you canpostquestionsrelated to the subjects or in general, getresponsesandunderstanding of others view points. 1. PostText/ImagesofQuestions/Doubts 2. Comment on Posts 3. Like/Share anyquestionifyou think it might be useful to someone 4. GetResponsesinreal-time! 5. Socialise among your PCM studentcommunity. MyNotesSection : Add your own notes subject-wise andaccess themanywhere,anytime. Add Images from your Gallery of yourBooks,Solution, etcTopics Covered: MATHEMATICS 1. Logarithm2.Trigonometry 3.Determinants & Matrices 4. Integration 5.Limits6. Sequenceand Series 7. Quadratic Equation 8. ComplexNumbers 9.Permutation& Combinations 10. Probability 11.Straight Line 12.Circle 13.Parabola 14. Hyperbola 15. Derivatives16. BinomialTheorem 17.Statistics PHYSICS 1. Circular Motion 2.Gravitation 3.Work,Energy & Power 4. Rotational Motion 5.Oscillation6.Elasticity 7. Waves & Sound 8. Kinematics 9.Kinetic TheoryofGases 10. Thermodynamics 11. Ray Optics 12. WaveOptics13.Electrostatics 14. Current Electricity 15. Capacitors16.MagneticEffect of Electric Current 17. Magnetism 18.AlternatingCurrent19. Electro Magnetic Induction 20. Atoms,Molecules &Nuclei21. Dual Nature of Radiation & MatterCHEMISTRY 1.PeriodicTable & Detailed Elements 2. AtomicStructure 3.Gaseous State4. Hydrogen 5. The s-block Elements 6.Hydrocarbon 7.EnvironmentalChemistry 8. Solid State 9. Solutions10.Electrochemistry 11.Chemical Kinetics 12. Metallurgy 13.Thep-block Elements 14.d-block & f-block Elements 15.CoordinationCompounds 16.Haloalkanes & Haloarenes 17. Alcohols,Phenols& Ethers 18.Amines Proudly Made In India By - AnilMakhijaTusshar Aggarwalwww.PCMFormulas.com

Mirage applications are intended to be used in science classroom

A calculator to determine the molecularmass,mass percent, and element info for any molecule. An excellenttoolfor any chemistry student or professional, at any level. Nolongerwill you have to constantly check the periodic table formolecularmasses. Simply type in the chemical formula into the appand youare done!Includes Support For-Molecular mass calculationsMass percentage calculationsElement informationMolecule dictionaryAnd much more!Be sure to check out Molar Mass Calculator Pro if you liketheapp.

The electronic structure of an atom describes the arrangement ofitselectrons around the nucleus. Have you ever realized thatelectronconfigurations of elements can also be used to justify theshape andorganization of the Modern Periodic Table? Also, can theposition ofan element in the Periodic table be used to predict itselectronconfiguration?Here is an app which provides all the necessaryinformationregarding this. Beginning with captivating andself-explanatoryvisuals depicting the arrangement of electronswithin an atom, theapp takes you on a delightful ride where yourelate the concept ofelectron configuration to the position of anelement in thePeriodic table. Deftly presented visuals and lucidlyflowing textadd to clearer understanding of the concept.All this is supplemented by a comprehensive packagecarefullycrafted to consolidate your knowledge of the topic. Thepackagecontains a range of mentally stimulating learning resourcessuch asquiz, key terms, vivid images, and the links to otherwebsitesgiving the learner a choice to revert to these as manytimes as hewants..........We, at Designmate, have been engaged in bringing science atyourdoorstep through processes that have revolutionized learninglikenever before and have made it simple and hassle freeforconsumption by knowledge seekers.Keywords: education, eureka.in, science, periodic table,valence,shell, orbit, atomic number.

Fast molecular viewer that supports proteins, nucleic acidsandsmall molecules.

Classical molecular dynamics method combined with HD live wallpaper

Mathematical molecule: MultiplicationHelp you to train your multiplication skills.

From this App you can learn :Define the phenomenon of Brownian motion and explainthereasonfor Brownian motion of suspended particles.Distinguish the intermolecular and intramolecular forces.Recall the properties of three intramolecular forces–ionic,covalent and metallic forces.Explain the reason for existence of matter in differentstatesbydescribing various intermolecular forces.Define van der Waals forces and give the details of origin ofvanderWaals forces.Classify different types of dipole-dipole forces.Explain the origin of polarity in molecules and itseffectonbehavior of the molecule.Define hydrogen bonding and discuss the consequencesofhydrogenbonding.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 oftheStatesOf Matter topicand this topic contains following sub topicsForces of attractionDipole forcesLondon dispersion forcesHydrogen bondingIntermolecular forcesHydrogen bonding

### NEW ### Initial ribbons support (no sheets yet) Checktheservernews for HOWTOs and explanations. Contribute yourmoleculesto thelibrary (share button) and enter our contributorranking!Pleasereport any problems via mail! :-) ### NEXT ###Completeribbonssupport ### The Atomdroid app is a computationalchemistrytool forthe Android platform. It can be used as amolecularviewer/builderand contains local optimization and MonteCarlosimulation features.Install now and experiencemobilecomputational chemistry! List offeatures: * molecularviewing(compatible with xyz and pdb files) *trajectory analysisandviewing * molecular building (export to xyz)* PDBdownloader(requires the Internet permission, downloadscompressedpdb to saveon your data plan) * Atomdroid molecularlibraries(requires theInternet permission) * local optimization(L-BFGS andPowellalgorithms) * Monte Carlo simulation and analysis*Globaloptimization using a Monte Carlo with minimizationsapproach*Universal Force Field (UFF) implementation(currentlywithoutelectrostatics) * communication with otherAtomdroid usersviabluetooth and share your molecules (requiresbluetoothpermission,we are VERY cautious with using it) Futureversions willcontain: *more force field implementations (includinganalyticalgradients) *molecular dynamics engine * and more... Theapplicationiscurrently in beta state. Please report anybugstocompchem.goettingen@gmail.com, we will be pleased tosolvethemquickly. Support for Atomdroid molecular libraries: If youwanttocreate your own library (e.g. for courses) let us know viamailandwe provide you with the necessary tools and informationfreeofcharge!