course • Wave mechanics / Atomic orbitals (AOs) – The basis for rejecting classical mechanics (the Bohr Model) in the treatment of electrons – Wave mechanics and the Schrödinger equation – Representation of atomic orbitals as wave functions – Electron densities and radial distribution functions – Understanding the effects of shielding and penetration on AO energies • Bonding – Review VSEPR and Hybridisation – Linear combination of molecular orbitals (LCAO)‚ bonding / antibonding –
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OEC’s main objective 1. addressing credibility and performance issues‚ which is one of the primary concerns of car manufacturers 2. improved OCP engines to be readily applicable to current manufacturing practice 2. Reasons OEC failed to have engine adopted by any major car manufacturer 1. failed to understand the real wants of major car manufacturers 2. failed to formulate strategic market segmentation
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CASE STUDY: Orbital Engine Company CONTENT (1) Executive Summary P.3 (2) Introduction of Business Background P.4 (3) OEC’s objective P.4 (4) Key issues Highlights P.5 4.1 Two Wise Decision P.5 4.2 Large Car Manufactures Appeared not ready to adopt OCP Engines P.5-6 4.3 Marketing Lessons Can be Learned P.6 4.3.1 Marketing Mix and 4P s P.6 4.3.2 OEC’s Porter Five Forces P.6 4.3.3 Licensing and Joint Venture P.7 (5) Conclusion
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Molecular-Orbital Theory Introduction Orbitals in molecules are not necessarily localized on atoms or between atoms as suggested in the valence bond theory. Molecular orbitals can also be formed the LCAO where more than two atomic orbitals are used. (Technically‚ we can use all of the atomic orbitals in the LCAO.) Linear combinations of orbitals result in the interference of waves. Both constructive and destructive interference may result. Within a diatomic molecule‚ N atomic orbitals on atom
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7.6 Molecular Orbital Theory a. Intro i. Molecular orbital theory states that the atomic orbitals involved in bonding actually combine to form new orbitals that are the property of the entire molecule‚ rather than of the individual atoms forming the bonds. 1. The new orbitals are called molecular orbitals. ii. Electrons shared by atoms in a molecule reside in the molecular orbitals. iii. Molecular orbitals are like atomic orbitals in that they have
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Journal of Business Ethics (2009) 90:115–121 DOI 10.1007/s10551-009-0031-2 Ó Springer 2009 Modernism‚ Christianity‚ and Business Ethics: A Worldview Perspective David Kim Dan Fisher David McCalman ABSTRACT. Despite growing interest in examining the role of religion in business ethics‚ there is little consensus concerning the basis or standards of ‘‘good’’ or ethical behavior and the reasons behind them. This limits our ability to enhance ethical behavior in the workplace. We address this
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Aircraft engine An aircraft engine is the component of the propulsion system for an aircraft that generates mechanical power. Aircraft engines are almost always either lightweight piston engines or gas turbines. Turbine-powered Turboprop A turboprop engine is a type of turbine engine which drives an aircraft propeller using a reduction gear. The gas turbine is designed specifically for this application‚ with almost all of its output being used to drive the propeller. The engine’sexhaust gases do
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Automotive engine Engines are desinged to be two strokes or four strokes of a piston that moves up and down in a cylinder. Generally‚ the automotive engine uses four strokes to convert chemical energy to mechanical energy through combustion of gasoline or similar hydrocarbon fuel. The heat produced is converted into mechanical work by pushing the piston down in the cylinder. A connecting rod attached to the piston transfers this energy to a rotating crankshaft Engines having from 1
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Knight Engines - Excalibur Engine Parts Role Information for Knight Engines The government has recently invited submissions from the private sector for the supply of one thousand V-16Z (Class A) automobile engines. Although these particular engines only have eight cylinders‚ they can easily duplicate the speed and performance of a sixteen-cylinder engine. Their compact size and durability make them ideal for military operations and it is for this reason that the military has decided to incorporate
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WANKEL ENGINE The Wankel engine‚ invented by German engineer Felix Wankel‚ is a type of internal combustion engine which uses a rotary design to convert pressure into a rotating motion instead of using reciprocating pistons. Its four-stroke cycle takes place in a space between the inside of an oval-like epitrochoid-shaped housing and a rotor that is similar in shape to a Reuleaux triangle but with sides that are somewhat flatter. This design delivers smooth high-rpm power from a compact size. Since
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