A) Convert the following to Moles (1) 2.03X1022 atoms of lithium, Li (2) 1.75 X1025 Formula Units of Sodium Chloride, NaCl (3) 8.76X1021 molecules of H2O (4) 4.01X1015 molecules of methane, CH4 (5) 4.27 X 1024 molecules of H2SO4 (6) 3.11 X 1024 atoms of Pb (B) Convert the following Moles to the number of Particles. (1) 0.275 mol of Aluminum, Al (2) 0.921 mol of Zinc, Zn (3) 0.08 mol of Sodium Iodide, NaI (4) 0.07 mol of Zinc, Zn (5) 0.32 mol of Copper, Cu (6) 5.6 mol of Magnesium oxide, MgO Have to show working out.
A) Convert the following to Moles (1) 2.03X1022 atoms of lithium, Li (2) 1.75 X1025 Formula Units of Sodium Chloride, NaCl (3) 8.76X1021 molecules of H2O (4) 4.01X1015 molecules of methane, CH4 (5) 4.27 X 1024 molecules of H2SO4 (6) 3.11 X 1024 atoms of Pb (B) Convert the following Moles to the number of Particles. (1) 0.275 mol of Aluminum, Al (2) 0.921 mol of Zinc, Zn (3) 0.08 mol of Sodium Iodide, NaI (4) 0.07 mol of Zinc, Zn (5) 0.32 mol of Copper, Cu (6) 5.6 mol of Magnesium oxide, MgO Have to show working out.
Chemistry: Principles and Practice
3rd Edition
ISBN:9780534420123
Author:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Publisher:Daniel L. Reger, Scott R. Goode, David W. Ball, Edward Mercer
Chapter3: Equation, The Mole, And Chemical Formulas
Section: Chapter Questions
Problem 3.72QE
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Question
A) Convert the following to Moles
(1) 2.03X1022 atoms of lithium, Li
(2) 1.75 X1025 Formula Units of Sodium Chloride, NaCl
(3) 8.76X1021 molecules of H2O
(4) 4.01X1015 molecules of methane, CH4
(5) 4.27 X 1024 molecules of H2SO4
(6) 3.11 X 1024 atoms of Pb
(B) Convert the following Moles to the number of Particles.
(1) 0.275 mol of Aluminum, Al
(2) 0.921 mol of Zinc, Zn
(3) 0.08 mol of Sodium Iodide, NaI
(4) 0.07 mol of Zinc, Zn
(5) 0.32 mol of Copper, Cu
(6) 5.6 mol of Magnesium oxide, MgO
Have to show working out.
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