Indium Chloride

Question: Why would Indium and Chlorine form Indium(I)Chloride and/or Chlorine (III) Chloride? why are there two types of Indium chloride like InCl and then InCl3 one answer I came up with is electron configuration but my assignment says there is another reason for it. help me out? thanks =)

Answer: Indium can have a charge of +1 or +3. (http://en.wikipedia.org/wiki/Indium) Chloride ions have a charge of -1. To balance it out, indium can either combine with 1 chloride ion by having a charge of +1 and forming InCl, or with 3 chloride ions by having a charge of +3 and forming InCl3.

Question: In the decomposition reaction of indium chlorite, 75.0 grams is heated to produce oxygen and indium chloride.? ...........Calculate the volume of oxygen in liters formed at 25 degrees celcius if the gas is collected over mercury under an atmospheric pressure of 670 torr

Answer: In(ClO2)3 =InCl3 + 3 O2 moles In(ClO2)3 = 75.0 g/ 249.7 g/mol=0.300 moles O2 formed = 0.300 x 3 = 0.900 V = 0.900 x 0.08206 x 298 K/ 0.882 atm = 25.0 L

Question: in the decomposition reaction of aluminum chlorite, 75.0 grams is heated to produce oxygen & indium chloride.? write the balanced equation for the reaction and find the mole ratios of the reactants and products required to solve any stoichiometric problem. find the volume of oxygen in litres formed at 25 degree Celsius if the gas is collected over mercury and under a pressure of 670 torr?

Answer: This identical question was asked a few days ago by another contributor. My answer was: You must pay attention to the data you submit when asking a question. I know that chlorates decompose with heat to produce the metal chloride and oxygen. But I cannot find that this is true of chlorites. Then there is the confusion as to whether you are dealing with aluminium or indium. The most common chlorate used in this method of preparing oxygen is potassium chlorate ( with MnO2 as a catalyst). Please check you question carefully and resubmit. It cannot be answered as it stands. I can see no reason to change my answer on this second asking of this question. Can you clarify the question - where does it originate- because there are some errors in the question.

Question: Thallium and indium form +1 and +3 oxidation states when in compounds? Thallium and indium form +1 and +3 oxidation states when in compounds. Predict the formulas of the possible compounds between thallium and nitrogen and between indium and oxygen. Name the compounds. (Type your answer using the format copper(II) chloride for CuCl2.) thallium +1 formula ____________ name ____________ thallium +3 formula ____________ name ____________ indium +1 formula ____________ name ____________ indium +3 formula ____________ Name ____________

Answer: Tl3N thallium(I) nitride TlN thallium(III) nitride In2O indium(I) oxide In2O3 indium(III) oxide

Question: I Plan To Drink the "1st Step Energy" vitamin supplement but it has trace minerals. Are these dangerous? A 1 ounce sample of the "1 Step Energy" vitamin supplememnt contains less than 1/2 microgram of the following trace minerals: Trace Minerals: Bismuth, Boron, Bromide, Cerium, Cesium, Chloride, Cobalt, Copper, Dysprosium, Erbium, Europium, Fluoride, Gadolinium, Gallium, Germanium, Gold, Hafnium, Holmium, Indium, Iridium, Kjeldhal, Nitrogen, Lanthanum, Lithium, Molybdenum, Neodymium, Nickel, Niobium, Platinum, Praseodymium, Rhenium, Rhodium, Rubidium, Samarium, Scandium, Silicon, Silver, Strontium, Tantalum, Tellurium, Terbium, Thullium, Tin, Titanium, Tungsten, Vanadium, Yiterbium, Zirconium. I am wondering if any of the above trace minerals should stop me from drinking this drink because of health issues related to the mineral. I plan to drink this after every workout. Are the above minerals safe? Does anyone drink this "1st Step Energy?"

Answer: I cannot tell you specifically about each of the minerals but in general trace minerals are known to be very good for you and strongly enhance and support the immune system. Some of them such as boron and selenium are vital for the proper functioning of our organs. Here is a website where you might find more about the particular trace minerals and their value in the vitamin supplement you are taking. http://www.traceminerals.com/

Question: I need the formulas for these compounds? strontium bromide perbromic acid hydrocyanic acid gallium (III) phosphite nitrogen triiodide sodium perbromate tetrahydrate tin (IV) dichromate silver (I) cyanide dihydrate cobalt (I) carbonate trihydrate ammonium periodate monohydrate lithium chlorate dihyrate silicon disulfide dichlorine peroxide chromium (IV) peroxide hydroazic acid indium (I) arsenate cesium bromide chromium (III) chromate hydrogen peroxide gold (III) cyanate iron (III) chloride heptahydrate

Answer: sure is alot of names you need there.... :P anyway.... SrBr2 HBrO4 HCN Ga2(HPO4)3 NI3 NaBrO4 * 4H20 Sn(Cr2O7)2 AgCN * 2H2O CoCO3 * 3H2O NH4IO4 * H2O LiClO3 * 2H2O SiS2 Cl2O2 Cr(O2)2 HN3 In3AsO4 CeBr Cr2(CrO4)3 H2O2 Au(CN)3 FeCl3 * 7H2O wow those were a bunch of odd balls too......

Question: Can anyone give me the correct formula for these compounds (extra credit so i can pass)? 1. Strontium bromide 2. Perbromic acid 3. Hydrocyanic acid 4. Gallium(III) phosphite 5. Sodium perbromate tetrahydrate 6. Tin (IV) dichromate 7. Silver (I) cyanide dihydrate 8. Cobalt (I) carbonate trihydrate 9. Ammonium periodate monohydrate 10. Lithium chlorate dihydrate 11.Chromium (IV) peroxide 12. Hydroazic acid 13. Indium (I) arsenate 14. Cesium Bromide 15. Chromium (III) chromate 16. Gold (III) cyanate 17. Iron (III) chloride heptahydrate

Answer: I don't have a periodic table handy, so I'll tell you what I know... 1. i think strontium is +2 charge... so, SrBr2 if it's +1, then SrBr 2. HBrO4 3. HCN 5. NaHBrO4*4H2O 6. Sn(2CrO4)4 7. AgCN*2H2O 8. Co2CO3*3H2O 10. LiHClO*2H2O 11. Cr2O8 (not 100% sure on this one) 12. HN3 14. i think cesium is +2 charge... if so, CeBr2 15. Cr2(CrO4)3 (might want to check this as well) 17. FeCl3*7H2O

Question: In the decomposition reaction of aluminum chlorite, 75.0 grams is heated to produce oxygen and indium chloride? Write the balanced equation for the reaction and find the mole ratios of the reactants and products required to solve any stoichiometric problem. Find the volume of Oxygen in liters formed at 25C if the gas is collected over mercury and under a pressure of 670 torr

Answer: Al(ClO2)3 --> AlCl3 & 3O2 use molar mass to find moles Al: 75.0 grams @ 229.34 g/mol = 0.3270 moles of Al(ClO2)3 using the equation: Al(ClO2)3 --> AlCl3 & 3O2 0.3270 moles of Al(ClO2)3 produces 3 X's as many moles of O2+ 0.981 moles of O2 find litres+ PV = nRT (670Torr)V = 0.981 mol (62.4 Torr-Litres/mol-K)(298Kelvin) V = 27.23 litres which in this 3 sig fig problem rounds off to: your answer 27.2 litres of oxygen

Question: In the decomposition reaction of aluminum chlorite, 75.0 grams is heated to produce oxygen and indium chloride? write the balanced equation and find the mole ratios of the reactants and products required to solve any stoichiometric problem. Find the volume of oxygen in litres formed at 25 degree celcius if the gas is collected over mercuery and under a pressure of 670 torr?

Answer: You must pay attention to the data you submit when asking a question. I know that chlorates decompose with heat to produce the metal chloride and oxygen. But I cannot find that this is true of chlorites. Then there is the confusion as to whether you are dealing with aluminium or indium. The most common chlorate used in this method of preparing oxygen is potassium chlorate ( with MnO2 as a catalyst). Please check you question carefully and resubmit. It cannot be answered as it stands.