What Is the order of Electron Affinity b/w N, P, As, Sb, Bi
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Answer:
ZElementNameElectron affinity (eV)Electron affinity (kJ/mol)References11HHydrogen0.754 195(19)72.769(2)[3]12HDeuterium0.754 67(4)72.814(4)[4]2HeHelium-0.5(2)-48(20)estimated (est.)[5]3LiLithium0.618 049(22)59.632 6(21)[6]4BeBeryllium-0.5(2)-48(20)est.[5]5BBoron0.279 723(25)26.989(3)[7]612CCarbon1.262 122 6(11)121.776 3(1)[8]613CCarbon1.262 113 6(12)121.775 5(2)[8]7NNitrogen-0.07-6.8[5]816OOxygen1.461 113 6(9)140.976 0(2)[9]817OOxygen1.461 108 (4)140.975 5(3)[10]818OOxygen1.461 105(3)140.975 2(3)[10]9FFluorine3.401 189 8(24)328.164 9(3)[11][12]10NeNeon-1.2(2)-116(19)est.[5]11NaSodium0.547 926(25)52.867(3)[13]12MgMagnesium-0.4(2)-40(19)est.[5]13AlAluminium0.432 83(5)41.762(5)[14]14SiSilicon1.389 521 2(8)134.068 4(1)[9]15PPhosphorus0.746 609(11)72.037(1)[15]1632SSulfur2.077 104 2(6)200.410 1(1)[9]1634SSulfur2.077 104 5(12)200.410 1(2)[16]17ClChlorine3.612 725(28)348.575(3)[17]18ArArgon-1.0(2)-96(20)est.[5]19KPotassium0.501 459(13)48.383(2)[18]20CaCalcium0.024 55(10)2.37(1)[19]21ScScandium0.188(20)18(2)[20]22TiTitanium0.075 54(5)7.289(5)[21]23VVanadium0.527 66(20)50.911(20)[22]24CrChromium0.675 84(12)65.21(2)[23]25MnManganese-0.5(2)-50(19)est.[5]26FeIron0.153 236(35)14.785(4)[24]27CoCobalt0.662 26(5)63.898(5)[25]28NiNickel1.157 16(12)111.65(2)[26]29CuCopper1.235 78(4)119.235(4)[23]30ZnZinc-0.6(2)-58(20)est.[5]31GaGallium0.301 20(11)29.061(12)[27]32GeGermanium1.232 676 4(13)118.935 2(2)[28]33AsArsenic0.804 8(2)77.65(2)[29]34SeSelenium2.020 604 7(12)194.958 7(2)[30]35BrBromine3.363 588(3)324.536 9(3)[11]36KrKrypton-1.0(2)-96(20)est.[5]37RbRubidium0.485 916(21)46.884(3)[31]38SrStrontium0.052 06(6)5.023(6)[32]39YYttrium0.307(12)29.6(12)[20]40ZrZirconium0.433 28(9)41.806(9)[33]41NbNiobium0.917 40(7)88.516(7)[34]42MoMolybdenum0.747 3(3)72.10(3)[23]43TcTechnetium0.55(20)53(20)est.[35]44RuRuthenium1.046 38(25)100.96(3)[36]45RhRhodium1.142 89(20)110.27(2)[26]46PdPalladium0.562 14(12)54.24(2)[26]47AgSilver1.304 47(3)125.862(3)[23]48CdCadmium-0.7(2)-68(20)est.[5]49InIndium0.383 92(6)37.043(6)[37]50SnTin1.112 070(2)107.298 4(3)[38]51SbAntimony1.047 401(19)101.059(2)[39]52TeTellurium1.970 875(7)190.161(1)[40]53127IIodine3.059 046 5(37)295.153 1(4)[41]53128IIodine3.059 052(38)295.154(4)[42]54XeXenon-0.8(2)-77(20)est.[5]55CsCaesium0.471 630(25)45.505(3)[13][43]56BaBarium0.144 62(6)13.954(6)[44]57LaLanthanum0.557 546(20)53.795(2)[45]58CeCerium0.57(2)55(2)[46]59PrPraseodymium0.109 23(46)10.539(45)[47]60NdNeodymium0.097 49(33)9.406(32)[47]61PmPromethium0.12912.45[48]62SmSamarium0.16215.63[48]63EuEuropium0.116(13)11.2(13)[49]64GdGadolinium0.13713.22[48]65TbTerbium0.131 31(80)12.670(77)[47]66DyDysprosium0.352 MAKE ME BRAINLIEST
Antimony (Sb) was probably the first of the pnicogens to be obtained in elemental form and recognized as an element. Its atomic symbol comes from its Roman name: stibium. It is found in stibnite (Sb2S3), a black mineral that has been used as a cosmetic (an early form of mascara) since biblical times, and it is easily reduced to the metal in a charcoal fire (Figure 22.8.1 ). The Egyptians used antimony to coat copper objects as early as the third millennium BC, and antimony is still used in alloys to improve the tonal quality of bells...
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