(a)
Interpretation:
Interpret name of AuBr3.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
(b)
Interpretation:
Interpret name of Co(CN)3.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
(c)
Interpretation:
Interpret name of MgHPO4.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
(d)
Interpretation:
Interpret name of B2 H6.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
(e)
Interpretation:
Interpret name of NH3.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
(f)
Interpretation:
Interpret name of Ag2 SO4.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
(g)
Interpretation:
Interpret name of Be(OH)2.
Concept Introduction:
Binary ionic compound is the species contains two ions in the compound to form a chemical species.
The name of Binary ion contains the name of cation first then proceeded the name of anion. The name of cation in Binary ion remain same to that of metal while for anion its name ends by suffix ‘ate’ while anion of group 6 and 7 ends with suffix ‘ide’.
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Chapter 5 Solutions
Introductory Chemistry: A Foundation
- The formula of barium molybdate is BaMoO4. Which of the following is the formula of sodium molybdate? (a) Na4MoO (b) NaMoO (c) Na2MoO3 (d) Na2MoO4 (e) Na4MoO4arrow_forwardA platinum-containing compound, known as Magnuss green salt, has the formula [Pt(NH3)4][PtCl4] (in which both platinum ions are Pt2+). Name the cation and the anion.arrow_forwardThe formula of barium acetate is (a) Ba(CH3CO2)2 (b) BaCH3CO2 (c) BaMnO4 (d) BaCO3arrow_forward
- Consider the following data for three binary compounds of hydrogen and nitrogen: %H (by Mass) %N (by Mass) I 17.75 82.25 II 12.58 87.42 III 2.34 97.66 When 1.00 L of each gaseous compound is decomposed to its elements, the following volumes of H2(g) and N2(g) are obtained: H2(L) N2(L) I 1.50 0.50 II 2.00 1.00 III 0.50 1.50 Use these data to determine the molecular formulas of compounds I, II, and III and to determine the relative values for the atomic masses of hydrogen and nitrogen.arrow_forward3.116 The simplest approximate chemical formula for the human body could be written as C728H4850O1970N104Ca24P16K4S4Na3Cl2Mg. Based on this formula, describe how you would rank by mass the ten most abundant elements in the human body.arrow_forwardGive the chemical name or formula, whichever applies, of the following ionic compounds. MgO AuCl3 Hg2CO3 Fe(OH)3 Cu(HCO3)2 potassium permanganate ammonium nitrate calcium chlorate potassium dichromate iron (III) pyrophosphate Give the chemical name or formula of the following molecular compounds SO3 S2F10 SeCl6 nitrogen trihydride dinitrogen tetroxide phosphorus pentachloridearrow_forward
- The formulae of some ions are shown. positive ion negative ion PO, so,- Mg2- NO, K* CT Which formula is not correct? A Al3(SO4)2 B KPO4 Mg(NO3)2 D TIC14 O A Darrow_forward1. Write the chemical formula for magnesium hydrogen sulfite. 2. Write the chemical formula for manganese(V) hydrogen carbonate. 3. What is the correct IUPAC name for SbCl₃? 4. What is the correct IUPAC name for Mn(NO₃)₂ · 6H₂O? 5. What is the correct IUPAC name for Co(ClO)₂? 6. What is the correct IUPAC name for Ca(BrO₂)₂? 7. What is the correct IUPAC name for SnSO₄? 8. What is the atomic symbol for the element in Group 5A (15) and the fifth period?arrow_forwardConsider the following reaction 2A + 3F2 → 2AF3. a. What is the formula for the reaction product if we substitute iodine for fluorine? b. What is the formula for the reaction product if we substitute sulfur for fluorine? c. What is a reasonable guess for the identity element A?arrow_forward
- 1. Name the following compounds OH NO2 O2N NO2 Br- Br NH2 Br Et O2N CI NO2arrow_forward4. Write the chemical formula. water lithium sulfate ammonia ammonium hydrogen sulfate silver carbonate sodium bicarbonate ammonium nitrite oxygen difluoride iron(II ) nitrate potassium phosphate calcium nitridebarium sulfide sodium phosphide lead(IV) oxide zinc acetate strontium hydroxide cobalt( III) oxidealuminum cyanide 39arrow_forwardOn another planet, the isotopes of titanium have the given natural abundances. Abundance 72.500% 10.800% 16.700% What is the average atomic mass of titanium on that planet? Isotope 46 48 Ti Ti 50 Ti average atomic mass= Mass (u) 45.95263 47.94795 49.94479arrow_forward
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