Page 1 of 10HOUR EXAM 3NAME (Print clearly)______________________________Chemistry 030.102Last nameFirst nameSection 1 – Prof. DagdigianApril 26, 2013jhed ID__________________BE SURE TO PUT YOURNAME ON THE LAST PAGECalculators allowed, but do not use programmable features.One sheet of 8½×11 in. paper with notes may be brought into the exam.Miscellaneous information:Speed of lightc= 3.00×108m s–1Avogadro's numberN0= 6.02×1023mol–1Planck's constanth= 6.63×10–34J sElectron chargee= 1.60×10–19CParticle in a box energiesEn=n2h2/(8mL2)Electron massme= 9.11×10–31kgBohr radiusa0= 5.29×10–11mProton massmp= 1.67×10–27kgPlanck's formulaE=hνde Broglie's relation:λ=h/p1 Joule = 1 kg m2s–21 eV = 1.602×10–19JHeisenberg uncertainty relation:(Δx)(Δp)≥h/4πPermittivity of vacuumε0= 8.85×10–12C2J–1m–1Energies in one-electron atomsEn= –(2.18×10–18J)Z2/n2Relationship of light frequency and wavelength:νλ=cBeer-Lambert law (base 10):–log10[IS/IR] =A=εClFirst five rows of the periodic tableHHeLiBeBCNOFNeNaMgAlSiPSClArKCaScTiVCrMn FeCoNiCuZnGaGeAsSeBrKrRbSrYZrNbMoTcRuRhPdAgCdInSnSbTeIXeAtomic numbers of the inert gases:He2Ne10Ar18Kr36Xe54Rn86You may use the space below or on page 9 for calculations, etc.