Date:. I Nickel(1I) Iodide ‘j ‘T
MmD.L”z1a-.Block:IDate:.jInorganic Naming WorksheetA) Write the formulas for the following names:1.Ammonium suiphide (L)322.Potassium permanganate2.Sodium nitrate23.Silver perchlorate3.Copper(II) bromide24.Potassium phosphate4.Aluminum sulphate25.Nickel(1I) iodide5.Potassium nitrate .j26.Lead(II) chlorite(6.Iron(II) carbonate27.Hydroiodic acid4. .( 7’7.Lead(II) phosphate28.Iron(II) bisulfite8.Diphosphorous pentoxide29.Magnesium nitrate9.Calcium fluoride30.Iron(III) chromate10.Nickel(II)nitrate31.Iron(II) chromate11.Silver cyanide32.Copper(II) hydroxide12.Ammonum suiphite33.Copper(1) carbonate13Tin(II) chloride34.Calcium chlorate.(J(J(2qQ3( rjC‘T‘j4)33Zinc sulphate35.Ammoniüm oxide15.Antimony(III) chloride36.Aluminum perchiorate37.Zinc bicarbonate38.Sodium phosphate3(U)Cf 39.Silver hypochioriteft 3Silver17.Magnesium hydroxide18.Ammonium carbonate19.Nickel(II)acetate20.Sodium chromate21Chromium(III) bisuiphate.Q’)çj3CcU45OiN(‘%s( .j14.@;)(jç\ (C t( 4 co -ç\40.Ammonium Phoshate(j41.Iron(II) chlorite42.Potassium suiphidezs
(5ç43.Tin(IV) bromide44.Lithium chromate45.Magnesium bisuiphate46.Calcium sulphate dihydrate47.48.49.50.LC1c Ozf%(Calcium chloride dihydrateCc;c 2zOBarium chromateCYLBarium chloride dihydrateMagnesium oxide68.Lithium hypochioriteO4\)z69.1CcSOAluminum acetateRZCi(3.OIOkQ67.‘(oxygen difluoride70.Cobalt(I1) hydrogen sulphate71.Acetic acid \\ C-\C,D72.Barium hypochiorite73.Ammonium hydroxide74.Cobalt(II) iodide75.Chromium(II) bicarbonate ç76.Sodium hydroxide77.Silver nitrate‘13cL C&kO51.Suiphurous acid52.Potassium hydroxide53.Zinc bisuiphate54.Sodium suiphite78.Mercury(II) nitrate55.Cobalt(II) sulphate79.Hydrochloric acid56.Silver phosphate 2\80.Aluminum bisuiphite 2\\57.Sodium hypochiorite81.Cobalt(III) hydrogen sulphate58.Ammonium chromate(44’)Cic.82.Phosphorous pentabromide59.Barium carbonate83.Nickel(II) chloride hexahydrate60.Calcium iodide84.Ammonium sulphate61.Copper(II) sulphate85.Iron(III) hydrogen carbonate62.Copper(I) chloride86.Mercury(I) hydrogen phosphate63.Zinc phosphate87.Copper(II) sulphate pentahydrate64.Sodium nitrate88.Sodium acetate65.Silveroxide89.Zinc suiphite66.Nickel(II) bromide90.Silver bicarbonateç4(‘Ikoo\-(-\fj 403Co\ C.-\j(NLj’ON3(,\ \4POj5-14c
Potassium iodide107.Hydrobromic acid92.Lead(IV) chlorite j (j()108.Barium bisuiphite93.Lead(II) nitrite109.Nitric acid94.Potassium dichromate110.Calcium sulfide95.Magnesium carbonate111.Copper(I) bisulphate96.Calcium bicarbonate(112.Zinc permanganate113.Hydrofluoric acid98.f(Ammonium chromate (N114.Hydrocyanic acid j—99.Nitrogen triiodide115.Sulphuric acid100.Sulphur trioxide116.Sulphurous acid101.Ammonium dichromat(NCcO117.Copper(I) sulphate102.Iron(III) bicarbonate118.Chromium(III) oxide103.Ammonium perchiorate119.Aluminum oxide104.Iron(II) chromate120.Barium carbonate105.Zinc sulphate121.Perchioric acid106.Boron monophosphideI 22.Lead(II) oxide97.4 ç91.(Aluminum hydroxideo-4jJ D3c2o.(4(‘-&4\)1 -\ 203çPbOB) Write the names for the following chemical formulas:123.4NaMnO cx,1ijcr129.(P03Sn4)s?\roL-’ CcScxcrcc-ckoctAcL
C)(3RD C) \ak5PF136.4P3NaO137.4)3Sn(HCO138.KF139.4 .5IF145.3 Scx,cyNaHCO146.okisrde5Pkphocoo5ec ‘&,tkc* e163.03H2HC\ce*cc164.Lii165.HBr S&c;co c acc166.7 f()ACL’c(Hg,(C1O)167.3CrC!168.2 2 Cf#f\KrF148.4KMnO172.NaC1 :scc:oçc cccc149.4KC1O173.3A1Br150.ZnO Zfrc174.2)3Ba(N0151.MnO4NH152.3 CGCL,crCaCO176.6 Te*c?hcoo kr )(aOcQ04P153.4(3Ba2)P0177.4FePO154.3 \c( c;c180.302N157.4S2K0 nLi’I)oc-CcM cno krro.ic,oçrc: (4O&:L)C,CCC40PsGSrrcco%ec:i- kOCLc-?.c &CU(Y%?175.Ck-r4 Soc,rr-’NaHSOSL’\ckAQ182.Ltt-o.-C-zS?-‘&oc L)ccft O-C-c5BrF02H(t ckcomc&kck-Lecà(ircS !1Ftn0OiCt4c:-ccc:,1T’cQ,\coc’ (11hccZc\Eco-k(:NO(7cQ-rrr Cfl’)?0S?kSéccDSA2X%%
\j (V(XCLCoçec:Cti:”)4Cr .c3CoC1200.2N3Hg201.4SiF sUc3ct& ccecb4oL,fr\cOYAn’uP -Tro 502N302A1198.Oc:s(JI’oxa (ro?c i‘CU C5S4C-flL(tr)0T4c-4tçQjçL)cccco4-cSY-\? -\-‘,S\?occ oici’cHjeoc}doccDL)5cxckC) Write the formulas for the following chemical compound:U209.Lithium oxide219.Rubidium carbonate21 1.Gold(I) chloride\çc212. Gold(I) cyanidecOS C18”Qsmium tetrachioride210.Xenon trioxide‘3C2b.O220.Trisulphur dinitride22 1 Nitrogen trichioride.1C213.Sodium Oxide222.Vanadium(V) oxide214.Potassium chlorate223.Selenium tetrafluoride215.Nickel(II) fluoride224.Tin(1I) hypochiorite216.Potassium cyanide225.Lanthanum(II1) phosphate217.vianganese dioxide226.Sodium hydrogen sulphate monohydrate.er(çi oLo.1cSOo
((O(1O227. Chromium(III)hydrogen phosphate228.Tellurium hexafluoride3C(-4PoD) Write the names for the following chemical formulas:229. NaOH250. CaH2coc’ceCC&9230. 3NI 9MQc\ c:c&Q)251. BN cDc-:)(23 1. C1F3252. HC1O4C)hj-c- cDioc,c c?Q232. 3P j çhc-oCôoS5N233. UF6Uct234. HB03 ocS4ccccOOCOCC2:s c,)’cQ(257OsO& - (S02Cr3)Cccr’ (D(’%y%l :1a .239. 2Cu C23ç c(%:\S240. KHCO3cS4%2rr260. NaCO3H2261. A1(OH)3ç0\ocf-Q259. Ca(C)03H2241. CO2 Cc{cDr\ cSoc?Q4C CCc iC 4QS:cxr o&ccA efmtc(2vc’ hcccI 2)3Ca(N0264. Ni(C102)4D5?ocQc) 244. PBr5245. IF7?\Oc 00 ZS(Y\c(oXc ,247. Cd4248. KrF4kcxrOre?4oJ; i fte )02Clocoç-ecZ4-e262. Li4H2PO L W’(L) ( Ccicx\ c h&242. SbC15246.cSLOtN OY3255. Hg02237. 2C1 r:’ckoc(’303pcicc256. NaH236. NBr3243.ç c254. IC!jc1occzc235. NaBr238. COPbO4mo(one-\Ecica4(‘it CS &265. )4P2Au(H30249. Hg(OH)2(jf) ç fci\ caQ4&& é% (i ax &o’266. NaH4P2O 9H02U (\269. Ba(Br02)3i3 cU-Y\4( s&coLkj&ck cor—cec:270. A13S2d e.p&sç tie&& c&r koSQcc rocoh267. Pb(CH2C3OO) 3 H02Lecc (]1 &c268. 2Cr)4(NH7OI:crc Q4ccks;1L2oc1 cOS O4L21\,
Nickel(II)nitrate 31. 11. Silver cyanide 32. 12. Ammonum suiphite ( rj3 33. 1 3. Tin(II) chloride C 34. 14. Zinc sulphate 35. 15. Antimony(III) chloride 36. . Calcium chloride dihydrate Cc;c 2zO Barium chromate CYL Barium chloride dihydrate ‘13cL C&kO Suiphurous acid Potassium hydroxide ç4 Zinc bisuiphate (Sodium suiphite
Texts of Wow Rosh Hashana II 5780 - Congregation Shearith Israel, Atlanta Georgia Wow ׳ג ׳א:׳א תישארב (א) ׃ץרֶָֽאָּהָּ תאֵֵ֥וְּ םִימִַׁ֖שַָּה תאֵֵ֥ םיקִִ֑לֹאֱ ארָָּ֣ Îָּ תישִִׁ֖ארֵ Îְּ(ב) חַורְָּ֣ו ם
was some improvement. Removal of nickel from the spent electroless nickel bath was 81.81% at 5 A/dm 2 and pH 4.23. Under this condition, the content of nickel was reduced to 0.94 g/L from 5.16 g/L. with 62.97% current efficiency. Keywords: Electroless bath, Nickel, Electrolytic reduction, Nickel Recovery, Current efficiency. Introduction
propanediaminato)-nickel(II) iodide. The alkylation of Complex 1 with two equivalents of iodoacetamide yields a high spin blue colored complex, with pseudo octahedral nickel centers and iodide counterions (Scheme 2, above). The iodoacetamide derivative was readily crysta llized from MeOH/MeCN solutions and is very stable in the solid state.
(c) Write the ionic equation for the reaction in which lead(II) iodide is formed. [2] (d) Aqueous silver nitrate produces a yellow precipitate with both iodide ions and carbonate ions. When testing an unknown solution for iodide ions, the aqueous silver nitrate is acidified. Explain why the aqueous silver nitrate is
(c) Write the ionic equation for the reaction in which lead(II) iodide is formed. [2] (d) Aqueous silver nitrate produces a yellow precipitate with both iodide ions and carbonate ions. When testing an unknown solution for iodide ions, the aqueous silver nitrate is acidified. Explain why the aqueous silver nitrate is
1,1 -diethyl-2,2 -pyridocyanine iodide 53 1.0 g (4.0 mmol) α-picoline ethyl iodide 2 and 1.45 g (4.0 mmol) 2-iodopyridine ethyl iodide 4 were dissolved in 20 ml n-propanol. 1.1 ml (8 mmol) triethylamine was added and the mixture refluxed for 45 minutes. The solvent
EUROPEAN PATENT SPECIFICATION (45) Date of publication and mention of the grant of the patent: 20.11.1996 Bulletin 1996/47 (21) Application number: 94116560.7 . Typically, acid zinc-nickel alloy plating baths have been based on inorganic zinc and nickel salts such as zinc 20 sulfate, zinc chloride, nickel sulfate or nickel chloride, and the .
674 / Powder Metallurgy Nickel and Nickel Alloys. all CO is recycled, resulting in an environmen-tally benign, closed-loop circuit (Ref 4). Norilsk Monchegorsk Refinery, Russia. Since the late 1940s, Norilsk Nickel, the larg
