3 1 Point View Https Www Loom Com Share 6724acbf198e4092bbf51519d305d315 To See A Molecular Model Of The Molecule W 1 (37.43 KiB) Viewed 62 times
3 1 Point View Https Www Loom Com Share 6724acbf198e4092bbf51519d305d315 To See A Molecular Model Of The Molecule W 2 (43.6 KiB) Viewed 62 times
3. (1 point) View https://www.loom.com/share/6724acbf198e ... 19d305d315 to see a molecular model of the molecule with the empirical formula H₂. Checking your diagrams from #2, draw the electron shell diagram for this molecule. Remember that in this kind of diagram the outermost shells of the two atoms "kiss" each other. 81 4. (0.5 point) Do the atoms of hydrogen in #3 satisfy the Rule of the Octet? How can you tell? NO follows the duet rull 5. (0.5 points) In terms of electrons, what does each covalent bond represent? 6. (1 point) Draw a structural formula for the molecule H₂. H-H 7. (0.5 points) Which representation (empirical formula, structural formula, electron shell diagram) more closely resembles the molecular model?
18. (1 point) When monosaccharides are put into water, the atoms of the molecule tend to rearrange somewhat to form a hexagon-shaped molecule. Because organisms contain a larger percentage of water, this ring-form is the most common form of monosaccharides found in living systems. D-Glucose in ring-form The six corners of the hexagon are made up of the first five carbons of the chain and the oxygen from the hydroxyl group of the fifth carbon. That oxygen will end up bonded both to carbons #5 and to carbon #1. • You will need to rearrange the atoms of the aldehyde group (Carbon #1) and hydroxyl group (Carbon # 5) to close the ring and still keep all the atoms satisfied. Rearrange your straight-chain glucose molecule into a ring-shaped glucose molecule. Draw the structural formula for the ring-form of glucose.
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