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348 Calculate each of the following quantities: (a) Mass (g) of 8.35 mol of copper(I) carbonate (b) Mass (g) of 4.04x1020 molecules of dinitrogen pentoxide (c) Amount (mol) and number of formula units in 78.9 g of sodium perchlorate (d) Number of sodium ions, perchlorate ions, chlorine atoms, and oxygen atoms in the mass of compound in part (c)

348 Calculate each of the following quantities: (a) Mass (g) of 8.35 mol of copper(I) carbonate (b) Mass (g) of 4.04x1020 molecules of dinitrogen pentoxide (c) Amount (mol) and number of formula units in 78.9 g of sodium perchlorate (d) Number of sodium ions, perchlorate ions, chlorine atoms, and oxygen atoms in the mass of compound in part (c)

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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3.2 (c) Number of H ions in 5.82 g of SrH2 CO (a) 3.16 Calculate each of the following quantities: (a) Mass (g) of 6.44x10 mol of MNSO4 (b) Amount (mol) of compound in 15.8 kg of Fe(CIO4)3 (c) Number of N atoms in 92.6 mg of NH,NO2 gr of 3. 3.17 Calculate each of the following quantities: (a) Total number of ions in 38.1 g of SrF2 (b) Mass (kg) of 3.58 mol of CuCl, 2H2O (c) Mass (mg) of 2.88x1022 formula units of Bi(NO3)3*5H2O m fe SU 348 Calculate each of the following quantities: (a) Mass (g) of 8.35 mol of copper(I) carbonate (b) Mass (g) of 4.04x1020 molecules of dinitrogen pentoxide (c) Amount (mol) and number of formula units in 78.9 g of sodium perchlorate (d) Number of sodium ions, perchlorate ions, chlorine atoms, and oxygen atoms in the mass of compound in part (c) ar SI 1 3.19 Calculate each of the following quantities: (a) Mass (g) of 8.42 mol of chromium(III) sulfate decahydrate (b) Mass (g) of 1.83x102 molecules of dichlorine heptoxide (c) Amount (mol) and number of formula units in 6.2 g of lithium sulfate (d) Number of lithium ions, sulfate ions, sulfur atoms, and oxygen atoms in the mass of compound in part (c) 3.20 Calculate each of the following: (a) Mass % of H in ammonium bicarbonate (b) Mass % of O in sodium dihydrogen phosphate heptahydrate 1 3.21 Calculate each of the following: (a) Mass % of I in strontium periodate (b) Mass % of Mn in potassium permanganate
Transcribed Image Text:3.2 (c) Number of H ions in 5.82 g of SrH2 CO (a) 3.16 Calculate each of the following quantities: (a) Mass (g) of 6.44x10 mol of MNSO4 (b) Amount (mol) of compound in 15.8 kg of Fe(CIO4)3 (c) Number of N atoms in 92.6 mg of NH,NO2 gr of 3. 3.17 Calculate each of the following quantities: (a) Total number of ions in 38.1 g of SrF2 (b) Mass (kg) of 3.58 mol of CuCl, 2H2O (c) Mass (mg) of 2.88x1022 formula units of Bi(NO3)3*5H2O m fe SU 348 Calculate each of the following quantities: (a) Mass (g) of 8.35 mol of copper(I) carbonate (b) Mass (g) of 4.04x1020 molecules of dinitrogen pentoxide (c) Amount (mol) and number of formula units in 78.9 g of sodium perchlorate (d) Number of sodium ions, perchlorate ions, chlorine atoms, and oxygen atoms in the mass of compound in part (c) ar SI 1 3.19 Calculate each of the following quantities: (a) Mass (g) of 8.42 mol of chromium(III) sulfate decahydrate (b) Mass (g) of 1.83x102 molecules of dichlorine heptoxide (c) Amount (mol) and number of formula units in 6.2 g of lithium sulfate (d) Number of lithium ions, sulfate ions, sulfur atoms, and oxygen atoms in the mass of compound in part (c) 3.20 Calculate each of the following: (a) Mass % of H in ammonium bicarbonate (b) Mass % of O in sodium dihydrogen phosphate heptahydrate 1 3.21 Calculate each of the following: (a) Mass % of I in strontium periodate (b) Mass % of Mn in potassium permanganate
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