Sort the molecular compounds in the table into groups with the same empirical chemical formula. ⚫ That is, select Group 1 next to all the compounds with the first empirical formula. (If all four compounds have the same empirical formula, then they'll all end up in Group 1.) • Next, select Group 2 next to all the compounds with the second empirical formula. And so on. • If all four compounds have different empirical formulas, then they'll each end up alone in their own group: Compound A will be alone in Group 1, Compound B will be alone in Group 2, and so on. About the sketches: the lines stand for chemical bonds between the atoms. Just ignore the dots. They stand for "lone pairs," and you'll learn about them later. You don't need to know anything about lone pairs to solve this problem. compound sketch of molecules in it group D C 00 B A H H-Ö :0: H H :0: H :0: C-C C C H H H H H JIon H H H H 10: 10: H C. -ö C :O: 10: H H H—Ö—ɔ=ɔ—Ö—H (Choose one)▼ H (Choose one)▼ H -H (Choose one) (Choose one)

Sort the molecular compounds in the table into groups with the same empirical chemical formula. ⚫ That is, select Group 1 next to all the compounds with the first empirical formula. (If all four compounds have the same empirical formula, then they'll all end up in Group 1.) • Next, select Group 2 next to all the compounds with the second empirical formula. And so on. • If all four compounds have different empirical formulas, then they'll each end up alone in their own group: Compound A will be alone in Group 1, Compound B will be alone in Group 2, and so on. About the sketches: the lines stand for chemical bonds between the atoms. Just ignore the dots. They stand for "lone pairs," and you'll learn about them later. You don't need to know anything about lone pairs to solve this problem. compound sketch of molecules in it group D C 00 B A H H-Ö :0: H H :0: H :0: C-C C C H H H H H JIon H H H H 10: 10: H C. -ö C :O: 10: H H H—Ö—ɔ=ɔ—Ö—H (Choose one)▼ H (Choose one)▼ H -H (Choose one) (Choose one)

Chemistry & Chemical Reactivity

10th Edition

ISBN:9781337399074

Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel

Chapter2: Atoms Molecules And Ions

Section: Chapter Questions

Problem 129GQ: Saccharin, a molecular model of which is shown below, is more than 300 times sweeter than sugar. It...

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Reference Section 5-2 to find the atomic masses of 12C and 13C, the relative abundance of 12C and 13C in natural carbon, and the average mass (in u) of a carbon atom. If you had a sample of natural carbon containing exactly 10,000 atoms, determine the number of 12C and 13C atoms present. What would be the average mass (in u) and the total mass (in u) of the carbon atoms in this 10,000-atom sample? If you had a sample of natural carbon containing 6.0221 1023 atoms, determine the number of 12C and 13C atoms present What would be the average mass (in u) and the total mass (in u) of this 6.0221 1023 atom sample? Given that 1 g = 6.0221 1023 u, what is the total mass of I mole of natural carbon in units of grams?
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