write a balanced equation for this reaction and calculate the percentage yield of the product.
write a balanced equation for this reaction and calculate the percentage yield of the product. (FeCl3.6420)...
write the balanced equation for this reaction and calculate the percentage yield. Iron (I) Chloride hexahydrate 5mL Methanol 1.64g 7 A 2.56g &nh of H₂O sodium acetate 7 B gives Veild of 1.579 ol Fe (Cs H₂O₂) (FeCl 3.6H2O) Iron (II) Chloride hexahydrate lisng} A 8 mL H2O add solution to A 2.56g of sodium acetate 5 mL methonal gives Veild of 1.579 of Fe (Cs H₂O2)
write a balanced equation for this reaction and calculate the percentage yield of the product. percentage of acetyl acetone was not give.
write balance a equation for this reaction and calculate the %yield of the product. E solution A O 1 1 1 19 15g of acetyl acetone (CH3O₂). 20nh H₂O 4 mL of 5m ammonia add B to A 1.75g of Al2(SO4)3. 14420) 15mL ice cold H₂O 7 solution B (Murral phi) or 1.09 Al (CGH10₂), Yeild moleculor = 324 g moll weight
c. Given an actual yield of 0.99 g iron(II) oxalate, FeC204.2H20, calculate the percentage yield SO.) 6H0+ 2. H.C.O. - fear 2 C-2 - 2 16 FeC20:2H20 +_SH.C.O. + 2 FeC.0, 2H,0 + (NH) SO. + _H.SO. + H0 Fe- 1 0 =15 S=2 H2O2+ 3.KC,8. - K [Fe(COT 3H30 Transfer the balanced chemical reactions to page 6. 4. Use the first of the above balanced chemical equations to determine the following a. The reaction mixture initially contains 2.5 of...
weighed watch glass and record the mass of the product. Write a balanced equation for the synthesis and hence calculate the percentage yield (based on the mass of the nickel(II) chloride hexahydrate used) and record it, with working, in the lab notebook. 5.0 EXPERIMENTAL PROCEDURES I. Wear gloves throughout the experiment, and work in a fume cupboard throughout. Using an appropriate balance for synthetic work, weigh out 1.5 g of nickel(II) chloride hexahydrate and record the mass used. 2. Dissolve...
1 U UIO 1. Write the balanced equation for the reaction of nickel(II) chloride hexahydrate when heated. 2. Write the balanced equation for the reaction of hydrochloric acid and sodium carbonate.
PRE-LAB ASSIGNMENT 1) Write the balanced net ionic equation for the reaction between MnO4-ion and Feation in acid solution. 2) How many moles of Fe²+ ion can be oxidized by 1.2 X 10-2 moles of MnO4 in the above reaction? moles 3) A solid sample containing some Fetion weighs 1.750 g. It requires 36.44 ml of 0.0244 M KMnO4 to titrate the Fe in the dissolve sample to pink end point. a. How many moles of MnO4- are required? moles...
5. Let a square represent an ammonium ion and a circle represent a sulfate ion. Which of the following depicts a small representative volume of a 0.10 M aqueous solution of ammonium sulfate? Water molecules have not been included. For each incorrect answer, state why it is incorrect; be as specific as possible. A в C о ‑ G F None of B these O ODO epresents an ato At 25°C in a 50 mL Erlenmeyer flask were combined 1.050...
18. Predict the products and write a balanced chemical equation for the following chemical reaction: Aqueous calcium chloride is added to a small amount of solution suspected to contain sodium phosphate. (3 marks) 19. Write the name of any six compounds (a) HIO (b) KCIO (c) CsF () Nici (e) NaHSO4 (Al(SO) (g) KCROT (h) Fe(O)
Write a balanced equation for the following synthesis. (No other reactants were used) a) synthesis of [Mn(acac)3] / reactants: KMnO4, H2O, and acytylacetone b) synthesis of [Cr(acac)3] / reactants: chromium(III) chloride hexahydrate, urea, H2O, and acytylacetone