Among varied additives, two catalysts, copper oxide (CuO) and sulfuric acid (H 2 SO 4) are selected. H 2 SO 4 is a common chemical contaminant in the manufacture, storage, transportation and use of AN [6], [23].
Excess copper oxide must be added to warm dilute sulfuric acid (warmed using a water bath), which will react to produce a blue solution of the salt copper(II) sulfate. The solution then needs to be filtered using filter paper and evaporated using an evaporating basin and Bunsen burner, followed by final drying using a watch glass to allow all the water to …
The effect of temperature on the rate of copper dissolution from CuO when leached in the three inorganic acids was investigated over a temperature range of 30–50 °C at acid concentration of 0.5 M, stirring speed of 400 rpm and l/s = 10 ml/g. Fig. 5 shows that temperature has a significant effect on the acceleration of copper dissolution with HNO …
Dilute hydrochloric acid, 1 M, 25 cm 3; Dilute sulfuric acid, 0.5 M (IRRITANT), 25 cm 3; Small granules, coarse filings, or foil pieces of these metals in small labelled containers: copper, iron, magnesium, zinc; Lesson 2. Small zinc granules, approximately 5 g in a labelled container; Dilute sulfuric acid, 0.5 M (IRRITANT), 50 cm 3
Place some sulfuric acid in a conical flask and warm it in a water bath. Add a spatula of copper oxide powder to the acid and stir with a glass rod.
Add 20 cm 3 of 0.5 M sulfuric acid to the 100 cm 3 beaker and heat carefully on the tripod with a gentle blue flame until nearly boiling. Be very careful not to knock the tripod while the beaker is supported by it. When hot enough, use a spatula to add small portions of copper(II) oxide to the beaker, stirring gently for up to half a minute after each addition.
Ensure you are wearing safety goggles and measure 25 ml sulfuric acid into a conical flask. Sulfuric acid is corrosive. Add excess copper oxide to the flask, and then heat the acid gently using the Bunsen burner, whilst stirring the solution, until no more copper oxide will react. Allow the solution to cool, then any remaining copper oxide must ...
Revision notes on Preparing Soluble Salts for the CIE IGCSE Chemistry syllabus, written by the Chemistry experts at Save My Exams.
Sulfuric Acid | H2SO4 or H2O4S | CID 1118 - structure, chemical names, physical and chemical properties, classification, patents, literature, biological activities, safety/hazards/toxicity information, supplier lists, …
Mixing copper oxide and sulphuric acid is an experiment involving an insoluble metal oxide which is reacted with a dilute acid to form a …
I've mixed 30 ml 10% sulfuric acid with 20 ml 3% hydrogen peroxide and put a drop of this solution onto copper foil. The solution quickly removed the oxide layer from the copper but did not dissolve it …
For example, copper oxide will react with dilute hydrochloric acid: C u O + 2 H C l C u C l + H O s a q a q l 2 2. This type of reaction is known as a neutralization reaction, which has the following general equation. ... Zinc oxide and sulfuric acid; Zinc metal and nitric acid; Zinc metal and hydrochloric acid; Zinc chloride and zinc oxide;
For example, copper does not react with dilute acids, so copper salts are made using copper oxide or copper carbonate, not copper metal. ... Sulfuric acid: Copper sulfate: Nitric acid: Copper ...
Apparatus for heating copper (II) oxide and dilute sulfuric acid. When the acid is hot enough (just before it starts to boil), use a spatula to add small portions of copper (II) oxide to the beaker. Stir the mixture gently for up …
CuO + H2SO4 = CuO4S + H2O is a Double Displacement (Metathesis) reaction where one mole of Copper(Ii) Oxide [CuO] and one mole of Sulfuric Acid [H 2 SO 4] react to form …
For example, if you react copper(I) oxide with hot dilute sulfuric acid, you might expect to get a solution of copper(I) sulfate and water produced. In fact you get a …
Prepare crystals of two soluble salts by reacting copper(II) oxide with dilute sulfuric acid, producing blue copper(II) sulfate
What type of reaction is copper oxide + sulphuric acid? What are the products? Chemistry Chemical Reactions Chemical Reactions and Equations. 1 Answer anor277 Jun 25, 2018 #CuO(s) + H_2SO_4(aq) rarr CuSO_4(aq) + 2H_2O(l)# Explanation: This is simply an acid-base reaction... And it is good to do because #CuSO_4(aq)# …
What is the balanced equation for sulphuric acid in copper oxide? | Socratic. Chemistry. 1 Answer. Hriman · Nam D. Feb 27, 2018. CuO (s)+H2(SO4)(aq) …
Heating copper oxide (CuO) with sulfuric acid (H2SO4) can produce copper sulfate (CuSO4) and water. This reaction is a way to synthesize copper sulfate from copper oxide and sulfuric acid.
The steps to make copper sulfate crystals from copper oxide and sulfuric acid are as follows: Measure 25 cm³ of sulfuric acid using a measuring cylinder and pour into a beaker. Warm gently using ...
To make copper sulfate in a science lab, start by pouring sulfuric acid into a glass beaker and heating it until it's almost boiling. Then, carefully add small pieces of copper oxide to the hot solution, stirring the mixture lightly for …
Ores containing cupric oxide, CuO, are commonly reacted with sulfuric acid to produce a copper containing material that is more easily processed. This process is known as sulfuric acid leaching. Write a balanced chemical equation for the reaction of cupric …
sulfuric acid + copper(II) oxide → copper(II) sulfate + water. H 2 SO 4 (aq) + CuO(s) → CuSO 4 (aq) + H 2 O(l) Observations: black solid copper(II) oxide disappears, blue solution produced. 3 ...
Copper(I) Oxide + Sulfuric Acid = Copper + Cupric Sulfate + Water + Sulfur Dioxide. Show Chemical Structure Image. Reactants. Copper(I) Oxide - Cu 2 O. Cuprous Oxide Copper (I) Oxide. Cu2O Molar Mass Cu2O Oxidation Number. Sulfuric Acid - H 2 SO 4 [S(Oh)2O2] [So2(Oh)2] Oil Of Vil Hydrogen Sulfate Battery Acid Sulphuric Acid H2So4.
Making copper(II) sulfate crystals from copper(II) oxide and dilute sulfuric acid. Start by watching this YouTube video. There is one slight oddity about this video in the way he demonstrates folding a filter paper. He over-folds it in the demo, but when he fits it into the filter funnel, it is folded properly! ...
The flowsheet discussed in this study is for treatment of 100 tons per day oxide-sulfide copper ore by the leaching process using sulfuric acid-ferric sulfate solvent. This flowsheet would also be suitable for a larger tonnage by proper sizing of the various units of equipment.
According to Table 1, the ore sample indicated about 3.91% copper (4.90% CuO) in the original feed from mine, while it was included about 0.33% copper (0.41% CuO) for the reject sample studied.Furthermore, to investigate the effect of particle size on copper dissolution, dry sieving was practiced in laboratory and two particle size …
Copper(I) complexes. Forming copper(I) complexes (other than the one with water as a ligand) also stabalises the copper(I) oxidation state. For example, both [Cu(NH 3) 2] + and [CuCl 2]-are copper(I) complexes which don't disproportionate. The chlorine-containing complex is formed if copper(I) oxide is dissolved in concentrated hydrochloric acid.
Reacting copper(II) oxide with sulfuric acid. In association with Nuffield Foundation. Illustrate the reaction of an insoluble metal oxide with a dilute acid to produce crystals of a soluble salt in this class practical. Includes kit list and safety instructions.