Graphing Periodic Trend: Fill & Download for Free

I would suggest to use semantic zoom over line chart. Below is a link for semantic zoom using d3http://www.scottlogic.com/blog/2014/09/19/interactive.htmlIf your data has periodic trends you can try circular layout also.

To pave way for the cause of scoring the maximum, its all about having fool-proof planning.There are total approx 30 chapters to deal with. We shall go topic-wise and starting from weak areas first. Here I am just giving some insight into class 11 syllabus (physical & inorganic) for now. You can plan similarly for remaining part.Salt analysis (practical inorganic chemistry) is widely ignored but vital in mastering the chemistry of heavy metals, transition elements and coordination compounds.Radial probability distribution graphs and discussion based on it- these are hot topic right now.All about MOT- bond orders etc- very very importantExamples/applications of back bonding-Hybridisation, shapes and structures of various molecules/ionsDifferent forms/expressions of vander waal equations, graph of Z vs P for real gasesConversion of V-T diagram into P-V diagrams, work done calculationsHess law,pH calculations in ionic equilibriumExpressions of Kp and Kc for different type of equilibrium reactionsExample of redox reactions in syllabus, law of equivalentsStability/solubility order of salts of s-block elementsReactions of diboraneFormula of types of silicates , siliconesGOC problemsNumericalsRemember-atleast first four and series limit wavelengths of lyman series and balmer series of H-spectrum (also compare with He+)the exception in periodic trends like- (a) size- Fe=Co=Ni, Zr=Hf, Nb=Ta, Ga < Al,(b) IE: N > O, Mg > Al, Ga > Al etc. (c) EA: F < Cl, O < S, N < Pthe reactions like NaO + N2O5 = NaNO3 , NO2 + H2O = HNO2 + HNO3the order of bond angles- NH3 > NF3, PH3 < PF3, OF2 < H2O < OCl2 < ClO2 etcborax has boron- sp2 and sp3; CF3 free radical is sp3; I2Cl6 has iodine sp3d2;products of reactions like (a) Cu + conc. H2SO4 (b) Na2S2O3 + I2 (c) Na2S2O3 + Cl2 + H2O (d) Pb3O4 + HNO3 (e) S8 + OH- (f) P4 + OH- (g) Br2 + OH- (h) CuSO4 + KI (i) O3 + KI (k) HBr + H2SO4 (l) KMnO4 + HCl (m) KO2 + H2O etcthe tricks/formula like-realtion btw concentration units-E = 1242 eV-nm/ wavelength (in nm) (for light)for electron accelerated from rest when PD of V volts is applied.Facts like:number of waves in nth orbit = nfor dilute solutions, molarity = molality1 g O, 1 g O2, 1 g O3 has same number of atoms.square of time period of revolution in nth orbit is proportional to cube of radius of orbit.1s, 2p, 3d, 4f has similar RDF curves and same number of radial nodes.Second electron affinity of elements is negative.reactions move towards minimum free energy.boric acid is weak monobasic acidreactions/tests like-Lassaigne testborax bead testduma/ Kjeldahl methoddeacon/downs cell /nelson cell processoxymercuration-demercurationNOTE-Start work on Making notes of (a) all name reactions (b) all common inorganic and organic name of compounds and their formulas (c) reactions of inorganic chemistry (d) flowcharts of reactions of all functional groups of organic chemistryNOTE-Must follow line by line and all problems of following and make notes-(1) NCERT(2) Exemplar problems(c) Arihant chapterwise / topicwise last ten year entrance examination questions or, Errorless chemistry(d) class notes and Modules of a good coaching—— Make your own notes from all above sources.

Make sure you understand titrations and looking at acids and base titration graphs. The pH scale. Periodic trends. Properties of Gas, liquids, and solids. Pressure, volume, and temperature. Stoichiometry and mole ratios. Rate laws. A lot about relationships concerning acids and bases.if you understand a majority of these concepts you will do fine. It is a pretty easy test.