CHE-1101 Lecture Notes - Lecture 10: Nitrous Oxide, Nitric Oxide, Nitrogen Dioxide

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16 Sep 2016

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No prefix on 1st element if only one of them. Prefixes indicate number of atoms: 1-mono, 2-di, 3- tri, 4-tetra, 5-penta, 6-hexa, 7-hepta, 8-octa, 9-nona, 10- deca. Simplified ground state of nitrogen has three full shells - 18 electrons = 2, 8, 8. Quantum (pl. quanta) is the smallest indivisible part of a whole. Photon h (not a v, but a greek lowercase nu * planck"s constant) (penny) Quantum mechanics: explains existence of atoms: physics can"t, collapsing atom paradox, electron exists as a wave. Quantum mechanical atom: shells have subshells, subshells have orbitals, orbitals have 3d shapes, electrons are found in orbitals you cannot know the exact location. Spectroscopy: study of how light and matter interact. Kinetic energy travels through water as a wave. Electromagnetic radiation (light) carries energy through space as a wave. Wavelength = lambda = = crest to crest or trough to trough.

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13%â¡ 8:08 PM ì docs.google.com Covalent Bonding and lonic Bonding study guide T-Mobile LTE Noteâ compare and contrast does not mean state one similarity and one difference Go back to our thinking maps and metacognitive logs and review everything we learned. Differentiate between the following: Atom, element, compound, bond, electron. Click here for a short video 2 Compare and contrast ionic and covalent bonds including the nature of the bonds. Click here for a video comparing the 2. Click here for a video on covalent bonding. s Explain the rules used for naming ionic compounds as well as those used for naming molecular compounds. You can either create 2 lists or 1 double bubble. 4 Use the periodic table to indicate whether the following molecules are ionic or covalent. Work each problem using either the diagram for transfer or sharing, then write the chemical formula and finally name each compound correctly. a NaBr b. HF d H20 s Explain why all of the following compounds will be molecular, then draw structural formulas for the following each. a PCI3 b CBr4 NH3 N2 e How many bonds can each of the following atoms form? Explain how you were able to determine the number a Nitrogern b. sulfur Oxygen d fluorine A halogen Carbon For naming molecular compounds apply the following rules: Name the first element in the molecular formula first using the element name without adding a suffix Name the 2nd element using the root of its name only and adding the suffix -ide . Use Greek prefixes (mono â 1, di â 2, tri â 3, tetra â 4, penta â 5. hexa â 6, octa,â 8, nona â 9, deca â 10) to indicate the number of atoms within that binary molecule. For Note: mono is not used as a prefix for the name of the first element. example, for CO2 we day carbon dioxide, not monocarbon dioxide 7. First, determine whether each of the following is an ionic or molecular compound. Then, apply the rules above, or the rules for ionic compounds, and name each of the following binary compounds: a P4010 bAl203 N203 d. SiF6

CHE-1101 Lecture Notes - Lecture 10: Nitrous Oxide, Nitric Oxide, Nitrogen Dioxide

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