(a)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Copper(I) cyanide
(b)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Strontium chlorite
(c)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Perbromic acid
(d)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: Chemical formula of Hydroiodic acid
(e)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Disodium ammonium phosphate
(f)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Lead(II)carbonate
(g)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Tin(II) sulfite
(h)
Interpretation:
The chemical formula of given compounds has to be derived.
Concept introduction:
Rules for deriving chemical formula:
1. Identify the chemical symbols of ions in the compound.
2. Find out the oxidation state of ions.
3. Balance the charges to get neutral compound. Use only subscript to show number of ions.
To Derive: chemical formula of Cadmium thiocyanate
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Chemistry: Atoms First
- Write the chemical formulas for the following compounds:(a) aluminum hydroxide, (b) potassium sulfate, (c) copper(I)oxide, (d) zinc nitrate, (e) mercury(II) bromide, (f) iron(III)carbonate, (g) sodium hypobromite.arrow_forwardWhich of the following are ionic, and which are molecular?(a) PF5, (b) NaI, (c) SCl2, (d) Ca1NO322, (e) FeCl3, (f) LaP,(g) CoCO3, (h) N2O4.arrow_forwardName the following ionic compounds: (a) K,Cr,O7, (b) Li,C,O4, (c) CUNO3.arrow_forward
- Name the following ionic compounds: (a) KCN, (b) NaBrO2, (c) Sr(OH)2, (d) CoTe, (e) Fe2(CO3)3, (f) Cr(NO3)3, (g) (NH4)2SO3, (h) NaH,PO4, (i) KMNO4, (j) Ag2Cr2O7.arrow_forwardName the following ionic compounds: (a) MgO, (b) Al(OH)3, and (c) Fe2(SO4)3.arrow_forwardName the following ionic compounds: (a) KCN, (b) NaBrO2,(c) Sr1OH22, (d) CoTe , (e) Fe21CO323, (f ) Cr1NO323,(g) 1NH422SO3, (h) NaH2PO4, (i) KMnO4, (j) Ag2Cr2O7.arrow_forward
- Name the following ionic compounds: (a) Li2O, (b) FeCl3,(c) NaClO, (d) CaSO3, (e) Cu1OH22, (f ) Fe1NO322,(g) Ca1CH3COO22, (h) Cr21CO323, (i) K2CrO4, (j) 1NH422SO4.arrow_forwardWrite the formulas for the following ionic compounds: (a) sodium oxide, (b) iron sulfide (containing the Fe2+ ion), (c) cobalt sulfate (containing the Co3+ and SO4 2− ions), (d) barium fluoride.arrow_forwardCalculate the molecular (formula) mass of each compound:(a) iron(II) acetate tetrahydrate; (b) sulfur tetrachloride; (c)potassium permanganate.arrow_forward
- Name the following ionic compounds: (a) Li,O, (b) FeCl3, (c) NaC10, (d) CaSO3, (e) Cu(OH)2, (f) Fe(NO3)2, (g) Ca(CH3COO)2, (h) Cr2(CO3)3, (i) K2CrO4, (j) (NH4)2SO4.arrow_forwardWrite the empirical formulas of the following compounds: (a) Al,Br6, (b) Na,S,O4, (c) N,O5, (d) K,Cr,O,, (e) H2C,O4.arrow_forward3. Give the formulas for the following ionic compounds: (b) iron(II) nitrate (a) beryllium sulfate (c) nickel(II) hydroxide (e) lithium phosphate (d) potassium chloride (f) sodium hydrogen sulfatearrow_forward
- Chemistry: The Molecular ScienceChemistryISBN:9781285199047Author:John W. Moore, Conrad L. StanitskiPublisher:Cengage LearningGeneral Chemistry - Standalone book (MindTap Cour...ChemistryISBN:9781305580343Author:Steven D. Gammon, Ebbing, Darrell Ebbing, Steven D., Darrell; Gammon, Darrell Ebbing; Steven D. Gammon, Darrell D.; Gammon, Ebbing; Steven D. Gammon; DarrellPublisher:Cengage Learning