Balance the following equations using the change in oxidation state method NaNO3 + FeS04 + H2SO4 - Fe2(SO4)3 + NO +Na2SO4 + H2O

Q: This is a question about balancing oxidation reduction reactions for CHM-152

A: In MnO4- we have Mn7+ and in Cr2O72- we have Cr6+  hence the oxidation and reduction half reactions…

Q: Balance the reaction below using the change in oxidation number method. Show complete solutions. KBr…

A: In a balanced redox equation, these must be equal. So, the increase in oxidation number of one atom…

Q: Balance the following equations using the change in oxidation state method NaNO3 + FeSO4 + H2SO4 -…

A: A balanced chemical reaction has the same number of atoms of each elements on both the reaction and…

Q: Predict the products of the following reaction and balance the equation: __H2SO4(aq) + __BaCl2(aq)→…

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Q: Balance the following reactions in acidic solution: H2MoO4 (aq) + Cr2+ (aq) = Mo (s) + Cr3+ (aq)

A: Balanced reaction in acidic solution:

Q: Balance the following redox reactions: HCOOH + Mn04 2+ CO2 + Mn in acidic solution 2- Fe(OH)3 + OCI…

A: To find: The balanced equation for the given reaction

Q: Balance the following reaction in acidic solution:  Cr2O72-(aq) + SO2(aq) → Cr3+(aq) + SO3(aq)

A: In the given redox reaction, dichromate ion is the oxidizing agent or substance reduced and sulfur…

Q: Assign oxidation state to the underlined element. With process please. 1. Cl2 2. SO2 3. K2O2 4.…

A: 1. Oxidation number of Cl in Cl2 is zero, because the chlorine molecule is in its elemental state.…

Q: Balance the reactions below using the change in oxidation number method.  Sn2+ + VO43- + H+ → Sn4+…

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Q: Balance the following in acidic solution: а. Н,0, + Sn'2 Н.0 + Sn4* — b. PbO2 + Hg → Hg, 2+ + Pb²+…

A: When chemical substances combine such that their ionic or molecular structures change to generate…

Q: Balance the indicated oxidation-reduction equation in acidic solution              NO2 - + Cr2O7 2-…

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Q: Assign an oxidation state to each element in each compound: (a) Cu(NO3)2 (b) Sr(ОH)2 (c) K2CrO7

A: Since we only answer up to the first three subparts, we will answer the first three sub-parts only.…

Q: III. Balance the ff. by change in oxidation state method. A. Zn + HNO3 → Zn(NO3)2 + N20 + H20 B. Fe…

A: Steps to balance redox reactions by oxidation state method. 1. The unbalanced equation is written.…

Q: Consider the following unbalanced reaction: Fe2+ (aq) + Cr207 (aq) --> Cr (aq) + Fe* (aq) 1. Balance…

A: [1.] In acidic medium,

Q: 3. Determine the oxidation state of the specified element i the following: (a) Cr in Cr,0,2- (c) Fe…

A: Since we only answer up to 3 sub-parts, we’ll answer the first 3. Please resubmit the question and…

Q: Balance the reactions below using the change in oxidation number method.   PbO2 + HBr → PbBr2 + O2…

A: The chemical equations should be balanced in accordance with the law of conservation of mass. This…

Q: Balance the reactions below using the change in oxidation number method.  Br­- + ClO- + H+ → Br­2 +…

A: We have to balance the given equation

Q: Balance the following reaction in acidic solution: Cr2O72- (aq) + I- (aq) ⟶Cr3+ (aq) +I2 (s)

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Q: Complete and balance the following oxidation–reductionreaction in basic solution:Cr(OH)3(s) +…

A: Cr(OH)3(s) + ClO-(aq)---->CrO42-(aq) + Cl2(g)

Q: 23) Balance the following electrochemical reaction that occurs in acid. MnO4-(ag) + Fe2+(ag) →…

A: Oxidation half reaction :- A redox-reaction is consists of oxidation & reduction half reaction.…

Q: 21. Balance the following equations using half-reaction method: a. As + HNO3 -> H3ASO4 + NO2 in…

A: The oxidation number on As atom and nitrogen atom in HNO3 are 0 and +5 respectively. Also, the…

Q: Balance the reactions below using the change in oxidation number method. Show complete…

A: Oxidation number method The balancing method used in terms of balanced electron counts is called…

Q: In many residential water systems, the aqueous Fe³⁺ con-centration is high enough to stain sinks and…

A: To balance a redox reaction, follow the below steps, Identify the oxidation number of every atom.…

Q: The iron content of a mineral deposit was determined by titration with KMNO4 to see if it had enough…

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Q: Balance the following aqueous reactions : (i) 10, + I- → I2 (in acidic solution) (ii) Mn03- → Mn02 +…

A: Balance the following aqueous reactions .,

Q: Balance the ff. by change in oxidation state method. B. Fe + KMNO4 H2SO, > Fe2SO4 MNSO4 + K2SO4 +H2O…

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Q: write the balanced NET ionic equation for the reaction when Mn(C2H3O2)4 and (NH4)2S    are mixed in…

A: In this question, we will write  NET ionic equation.  You can see details Solution below step by…

Q: Calculate the grams of nickel (58.69 g/mol) can be electroplated from a solution of Ni(NO3)2(aq)…

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Q: Balance the following equations using the change in oxidation state method KMNO4 + Na2C2O4 + H2SO4.A…

A: The balanced reaction is the representation of a chemical reaction along with its symbols,…

Q: 6. Balance the following full reaction using half-reaction method in acidic solution (9pts). 1-…

A: Balancing a chemical equation means there must be same no. of atoms in reactant side as well as…

Q: Balance the following oxidation–reduction reaction using the half-reaction method.…

A: Given : a redox reaction.  Reaction is balanced under acidic condition.

Q: Balance the reactions below using the change in oxidation number method. 3. Sn2++ VO43- + H+ → Sn4+…

A: Balanced chemical equation: Any equation which has an equal number of atoms and charges on both side…

Q: I. Balance the following equations using the change in oxidation state method. a. NaNO3 + FeSO4 +…

A: a) NaNO3 + FeSO4 + H2SO4 ---> Fe2(SO4)3 + NO + Na2SO4 + H2O The balanced equation for the given…

Q: Balance the equation by change in oxidation state method.   Fe + KMnO4+ H2SO --> FeSO4 + MnSO4+…

A: Fe + KMnO4+ H2SO4 --> FeSO4 + MnSO4+ K2SO4+ H2O

Q: Fe +   KMnO4 +          H2SO4  --> Fe2SO4      + MnSO4     + K2SO4     + H2O

A: A reaction in which one or more electrons are transferred between the reactant is known as redox…

Q: Balance the following equations using the oxidation number method. Balance the first equation in an…

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Q: I. Balance the following equations using the change in oxidation state method. a. NaNO3 + FeSO4 +…

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Q: Balance the following equation in basic solution using the half reaction method. I- + Ce4+ → IO3- +…

A: I- + Ce+4 -----> IO3- + Ce+3

Q: Balance the following equation using the oxidation state method. HCl + KClO3 = Cl2 + KCl + H2O

A: To solve this problem we have to balanced the given chemical equation .

Q: Balance the following equations using the change in oxidation state method. 1. HNO, + H,S S+ H,0 NO

A: Given reaction: HNO3 + H2S → NO + S + H2O To balance the given reaction using change in oxidation…

Q: I. Balance the following equations using the change in oxidation state method. a. NANO3 + FeSO4 +…

A: Steps for balancing  a reaction  on the basis of oxidation  reduction methods - 1.Identify the…

Q: Balance the reactions below using the change in oxidation number method. Show complete…

A: The given redox reaction is as follows: Br- + ClO- + H+ → Br2 + Cl- + H2O Step 1: Find out the…

Q: Balance the following equation in acidic solution:                                            Hg22+…

A: To balance a reaction no. of electrons on LHS and RHS must be same. The balanced reaction for above…

Q: A sample of steel weighing 0.1708 g was dissolved and the manganese present was converted to MnO4–…

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Q: III. Balance the ff. by change in oxidation state method. A. Zn + HNO, Zn(NOs)2 N20 + H2O В. Fe +…

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Q: iron content of iron ore can be determined by titration with KMnO₄ according to the equation…

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Q: Balance the following equations using the change in oxidation state method. a. NaNO3 + FeSO4 + H2SO4…

A: The balanced equation are given below.

Q: I. Balance the ff. by change in oxidation state method. A. Zn + HNO3 → Zn(NO3)2 N20 + H2O B. Fe +…

A: The reaction in which transfer of electrons occurs between two species is known as redox reaction.

Q: Balance the reaction below using the change in oxidation number method. Show complete solutions.…

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