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Compounds and Moles H₂O O 50₂ O Ra(CO) O SFG O CF₂ O Xefa H₂0 H O Molar Mass 18.015 64.058 241.12 146.05 88.004 207.29 Mass (g) 3.00 0.335 2.66 Mass: 3.00 g Percent Compositions 11.18 H 88.81 0. 50.04 S 41.91 Ru 21.95 S 13.64 C 6 Xe 49.95 O 24.90 C 33.17 0 78.04 F 86.35 F số15, Amount (mol) 0.167 0.333 0.167 Particles 1.00 x 1023 2.01 102 1.00 x 10 On the atomic scale the numbers of particles are related using the amount of substance, quantified using the unit mole. A mole is the amount of substance that contains 6.022102 individual tems (such as atoms, molecules, or ions). This simulation explores the relationship among mass, amount of substance (moles), and number of particles To use the simulation, select one of the six compounds and use the slider to set the mass of the compound. Select sulfur hexafluoride, SF and set the mass to 4.00 g What amount (in moles) of SF, does 4.00 g of SF, represent? mol

Compounds and Moles H₂O O 50₂ O Ra(CO) O SFG O CF₂ O Xefa H₂0 H O Molar Mass 18.015 64.058 241.12 146.05 88.004 207.29 Mass (g) 3.00 0.335 2.66 Mass: 3.00 g Percent Compositions 11.18 H 88.81 0. 50.04 S 41.91 Ru 21.95 S 13.64 C 6 Xe 49.95 O 24.90 C 33.17 0 78.04 F 86.35 F số15, Amount (mol) 0.167 0.333 0.167 Particles 1.00 x 1023 2.01 102 1.00 x 10 On the atomic scale the numbers of particles are related using the amount of substance, quantified using the unit mole. A mole is the amount of substance that contains 6.022102 individual tems (such as atoms, molecules, or ions). This simulation explores the relationship among mass, amount of substance (moles), and number of particles To use the simulation, select one of the six compounds and use the slider to set the mass of the compound. Select sulfur hexafluoride, SF and set the mass to 4.00 g What amount (in moles) of SF, does 4.00 g of SF, represent? mol

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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Compounds and Moles Molar Mass ⒸH₂O 18.015 O 50₂ 64.058 O Ra(CO) 241.12 O SF6 O CF₂ O Xefa H₂O H 0 146.05 88.004 207.29 Mass: 3.00 g Percent Compositions 88.81 0. 11.18 H Sub 50.04 S 41.91 Ru 21.95 S 13.64 C 86.35 F ồ ăn số, Mass (g) Amount (mol) 3.00 0.335 2.66 49.950 24.90 C 33.170 78.04 F 0.167 0.333 0.167 Particles 1.00 x 1023 2.01 102 1.00 x 10 On the atomic scale the numbers of particles are related using the amount of substance, quantified using the unit mole. A mole is the amount of substance that contains 6.022 102 individual tems (such as atoms, molecules, or ions). This simulation explores the relationship among mass, amount of substance (moles), and number of particles. To use the simulation, select one of the six compounds and use the slider to set the mass of the compound. Select sulfur hexafluoride, SF, and set the mass to 4.00 g What amount (in moles) of SF, does 4.00 g of SF represent) mol
Transcribed Image Text:Compounds and Moles Molar Mass ⒸH₂O 18.015 O 50₂ 64.058 O Ra(CO) 241.12 O SF6 O CF₂ O Xefa H₂O H 0 146.05 88.004 207.29 Mass: 3.00 g Percent Compositions 88.81 0. 11.18 H Sub 50.04 S 41.91 Ru 21.95 S 13.64 C 86.35 F ồ ăn số, Mass (g) Amount (mol) 3.00 0.335 2.66 49.950 24.90 C 33.170 78.04 F 0.167 0.333 0.167 Particles 1.00 x 1023 2.01 102 1.00 x 10 On the atomic scale the numbers of particles are related using the amount of substance, quantified using the unit mole. A mole is the amount of substance that contains 6.022 102 individual tems (such as atoms, molecules, or ions). This simulation explores the relationship among mass, amount of substance (moles), and number of particles. To use the simulation, select one of the six compounds and use the slider to set the mass of the compound. Select sulfur hexafluoride, SF, and set the mass to 4.00 g What amount (in moles) of SF, does 4.00 g of SF represent) mol
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