MyPeriodic Table

  • Invest in your education… invest in your future.
  • Makes a great gift for science students and enthusiasts.
  • Back to school special!
  • Chemistry is a very broad field of study, and for many or most, very frightening. The intention of this work is not to replace quality text books or formal education. We designed this product to be a refresher and reference to the student, novice and practicing professional. This was originally built off of the Periodic Table. The Periodic Table is likely to be the most recognizable symbol of chemistry and also it's single most useful tool.
  • Bullets

  • Comprehensive database on elemental data (see data list). Select data by either choosing element or data family… one touch.
  • Database uses asynchronous javascript. All operations are resident, no web searching or roaming required.
  • Diverse subject area for a wide variety of interests and experience levels.
  • Completely self contained. Only external operation is if user desires to send an email to us.
  • Developed by chemistry professionals, chemistry professors, pharmacists and other science professionals.
  • No advertising.
  • Clean, simple interface design
  • This products consists of three useful tools:

  • Periodic Table and javascript database.
  • Subjects list (28 topics).
  • Definitions, tables and illustrations (for easy look up).

Periodic Table data types

  • Symbol :
  • Atomic Number:
  • Atomic Weight u.m:
  • Density g/cm3 :
  • Melting Point K:
  • Boiling Point K:
  • Atomic Radius pm:
  • Covalent Radius pm:
  • Ionic Radius pm:
  • Atomic Volume cm3/mol:
  • Specific Heat @20DEGREEC J/g mol:
  • Fusion Heat kJ/mol:
  • Evaporation Heat kJ/mol:
peridioc table
  • Named after:
  • ICP Wavelength 1
  • ICP Wavelength 2
  • ICP Wavelength 3
  • Resistivity pOhm*M at 20C
  • Conductivity S/M at 20C
  • Relative Abundance (Earth's crust) (ppm)
  • Relative Abundance (Earth's atmosphere)
  • Relative Abundance (Earth's oceans) (%)
  • Relative Abundance (human body)
  • Relative Abundance in Universe
  • Annual Production (tonnes)
    • Thermal Conductivity @25DEGREEC W/m K:
    • First Ionizing Energy kJ/mol:
    • Debye temperature K:
    • Pauling Negativity Number:
    • Oxidation states:
    • N_(Electronic Configuration: )
    • First Ionizing Energy kJ/mol:
    • Lattice structure:
    • Lattice constant ANGSTROM:
    • Lattice c/a ratio:
    • Appearance:
    • Discovery date:
    • Discovered by:
    take a look

    screenshots

    Polls/Survey

    Feature

    Student

    Beginner

    Intermediate (Practicing)

    Mendelev / Periodicity

    Bohr Atom

    Emission vs Absorbtion spectra

    Ionic vs covalent bonding

    Common Ion Effect

    AA/ICP wavelengths

    Stoichiometry

    Common pH buffers

    Coligative properties

    Oxidation / Reduction

    Carbonate cycle

    Electromotive series / Galvanic series

    Equilibrium

    Conc of common acids/bases

    Steady State

    SP, SP2, SP3 hybridization

    Top 20 named organic reactions

    Acid / Base

    Organic Functional group references

    Common instrumental methods

    Gas Laws

    Organic Mechanisms / Rearrangement

    Kinetics (1st order / 2nd order), Arrhenius equation

    Common inorganic nomenclature

    Enantiomers/ chiral centers/optical rotation

    Quantum Mechanics

    GRAPE
    GRAPE
    GRAPE
    GRAPE
    GRAPE
    GRAPE
    GRAPE

    Definitions

    Tables

    Diagrams




    Atomic radius

    Alkyl Group Nomenclature

    Aufrbrau (orbital filling)

    Covalent radius

    Functional Group Nomenclature

    Carbonate Cycle (equilibrium)

    Ionic radius

    Common Ions nomenclature

    Emission / Absorption Spectrum

    IonicRadius

    Common pH buffers

    Visible spectrum

    AtomicVolume

    Conc of common acids/bases

    Instrumental Methods

    SpecificHeat

    Electromotive Series

    Periodic Table

    FusionHeatk

    Galvanic Series

    Periodic Table: Atomic Radii

    EvaporationHeat

    Physical constants

    Periodic Table: (select) Ionic Radii

    ThermalConductivity

    Solvay Conferences (topics)

    Periodic Table: Boiling Point

    FirstIonizingEnergy

    Greek Alphabet

    Periodic Table: Melting Point

    DebyetemperatureK:

    Bond Energies

    Periodic Table: Electrical Conductivity

    PaulingNegativityNumber:

    Aromatic substitution (ortho / meta / para)

    PT Trends: Electron Affinity

    Oxidationstates:


    PT Trends: Electronegativity

    N_(ElectronicConfiguration:
    notation


    PT Trends: Ionization Energy

    Latticestructure:


    PT Trends: Metallic / Non-Metalic Behavior

    Latticeconstant


    Periodic Table: s,p,d,f Name Origins

    Lattice/ratio:



    Linear Temperature Expansion


    Photoelectric Effect

    Heat Capacity


    Aromatic substitution (ortho / meta / para)

    Resistivity / conductivity





    Relative Abundance (Earth's crust) (ppm)


    Relative Abundance (Earth's atmosphere)



    Relative Abundance (Earth's oceans) (%)



    Relative Abundance (human body)



    Relative Abundance in Universe



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