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The complexity of brands and branding 7

Course: ADV 843, Spring 2011
School: Michigan State University
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Hierarchy Paws d. for Thought The ADAMS Blog August 5th, 2009 The importance of brand hierarchy Complicated brands often need to be architected to be understood. If an organization has more than one brand or one brand with several subbrands, they must be organized in a way that each portion of the brand maintains scalability, yet remain associated with the parent brand. There are three prevalent ways to structure...

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Hierarchy Paws d. for Thought The ADAMS Blog August 5th, 2009 The importance of brand hierarchy Complicated brands often need to be architected to be understood. If an organization has more than one brand or one brand with several subbrands, they must be organized in a way that each portion of the brand maintains scalability, yet remain associated with the parent brand. There are three prevalent ways to structure a brands hierarchy and depending on the product or service involved usually one of these solutions provides the appropriate structure. (From: http:// blog.adamsstrategy.com/2009/08/theimportance-of-brand-hierarchy/) e. Family f. Monolith (See Monolithic branding : http://www.brandchannel.com/education_glossary.asp) g. Sub-brand The Scarcliff Dictionary of Branding http://www.scarcliffdictionary.com/ h. Co-brand The Scarcliff Dictionary of Branding http://www.scarcliffdictionary.com/ i. Extensions Brand extension or brand stretching is a marketing strategy in which a firm marketing a product with a well-developed image uses the same brand name in a different product category. The new product is called a spin-off. Organizations use this strategy to increase and leverage brand equity (definition: the net worth and long-term sustainability just from the renowned name). An example of a brand extension is Jello-gelatin creating Jello pudding pops. It increases awareness of the brand name and increases profitability from offerings in more than one product category. A brand's "extendibility" depends on how strong consumer's associations are to the brand's values and goals. Ralph Lauren's Polo brand successfully extended from clothing to home furnishings such as bedding and towels. Both clothing and bedding are made of linen fulfill and a similar consumer function of comfort and hominess. Arm & Hammer leveraged its brand equity from basic baking soda into the oral care and laundry care categories. By emphasizing its key attributes, the cleaning and deodorizing properties of its core product, Arm & Hammer was able to leverage those attributes into new categories with success. Another example is Virgin Group, which was initially a record label that has extended its brand successfully many times; from transportation (aeroplanes, trains) to games stores and video stores such a Virgin Megastores. (From: http://en.wikipedia.org/wiki/ Brand_extension) j. Portfolio One of the most intriguing questions in strategic brand marketing is the 'positioning path' over time that a new brand should proceed along to reach its long-term desired position. For example, Coca-Cola was invented as a 'brain tonic' by Dr. John S. Pemberton, a pharmacist from Atlanta in May 1886. The original concoction contained, according to the first-ever ad for Coca-Cola in the Atlanta Journal of 29 May 1886 - among other ingredients - 'the properties of the wonderful Coca plant and the famous Cola nuts' (!!). It was mixed in the backyard of Dr. Pemberton's shop and sold for five cents per glass. Today Coca-Cola is one of the biggest softdrink power brands worldwide (and the magic syrup for it certainly does not contain all the original ingredients!). The 'positioning path' from Dr. Pemberton's backyard novelty product to a world-class brand most certainly went through various and diverse stages. Can 'positioning paths' be plotted or planned when most research-based positioning models only provide static pictures? (See matrix: http://www.allaboutbranding.com/index.lasso?article=296)
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Michigan State University - ADV - 843
Effectsa. Essence(Brand Essence is a way of articulating the emotional connection andlasting impression - usually summed up with one simple statement orphrase - that defines the qualities, personality and uniqueness of a brand.Said another way, Brand
Michigan State University - ADV - 843
k. ReputationBrand Reputation is a discipline separate from that of traditional brandingcampaigns. Brand Reputation recognizes that due to increasedtransparency and access to information, traditional branding whetherthrough mission statements, marketi
Michigan State University - ADV - 843
Measures1. AwarenessBrand awareness means the extent to which a brand associated with aparticular product is documented by potential and existing customerseither positively or negatively. Creation of brand awareness is the primarygoal of advertising
Michigan State University - ADV - 843
Brand InsistenceThe stage of brand loyalty where the buyer will accept no alternative andwill search extensively for the required brand. See Brand Preference;Brand Recognition.(From:http:/www.babylon.com/definition/Brand_Insistence/English)11. Loyalt
Michigan State University - ADV - 843
16. KeywordsShould You Buy Your Brand?Nov 29, 2006 10:21 AM, By Brian QuintonIn a just and well-regulated world, buying your companys brand as asearch keyword would at least guarantee that the folks who searched onthat brand name would be herded to y
Michigan State University - ADV - 843
Processes1. Management/Strategya. MappingOften used to describe a set of techniques designed to represent brandsand their similarities in a visual "brand space". Useful for providinghighly intuitive representations in order to position brands ondime
Michigan State University - ADV - 843
2. Toolsa. Name generatorb. Gap(From: http:/www.brandbuzz.com/) Y & Rc. Glue(From: http:/www.slideshare.net/coolstuff/the-brand-gap )d. Hogs(From: http:/www.facebook.com/BrandGlueUK)(See Brand Hogs, The Word of Mouth Machine Find a company This is
FSU - PHY - 3900
Classical Mechanics (Escape Velocity) Problem 1Suppose the Moon were to have the same mass as the Earth, and you are trying to throw one of your physics books from the Earth to the Moon. With what minimum velocity must the book leave the surface of the E
FSU - PHY - 3900
Classical Mechanics SolutionsSolution 1 Conservation of energy given by the sum of potential energy due to gravity and kinetic energy can be used to determine escape velocity. In the case of Earth along the potential is given by: M m (r ) = -G E r where
FSU - PHY - 3900
Electrodynamics Problem 1Twelve wires, each of resistance r, are connected to form the edges of a cube. Calculate the effective resistance R of this network across a body-diagonal of the cube.Electrodynamics Problem 2Consider a capacitor connected to a
FSU - PHY - 3900
Electrodynamics SolutionsSolution 1-The AD-axis of the cube has threefold symmetry, i.e. the cube is invariant under rotations by 120 0 about that axis. -Hence, the corners B1 , B2 and B3 are equivalent and have the same potential. -Also, the corners C1
FSU - PHY - 3900
Physics Qualifying ExaminationProblems 16 Problems 7-12Thursday, September 1, 2011 Friday, September 2, 201115 pm 1-5 pm1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of eac
FSU - PHY - 3900
Physics Qualifying Examination Problems 16 Problems 7-12 1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each solution page put the problem number (112) and your FSUID number,
FSU - PHY - 3900
Physics Qualifying Examination Problems 16 Problems 7-12 1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each solution page put the problem number (112) and your FSUID number,
FSU - PHY - 3900
Physics Qualifying Examination Problems 16 Problems 7-12 1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each solution page put the problem number (112) and your FSUID number,
FSU - PHY - 3900
Physics Qualifying ExaminationProblems 16 Problems 712Thursday, August 26, 2009 Friday, August 27, 200915 pm 1-5 pm1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each sol
FSU - PHY - 3900
Physics Qualifying ExaminationProblems 16 Problems 712Thursday, August 26, 2009 Friday, August 27, 200915 pm 1-5 pm1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each sol
FSU - PHY - 3900
Proficiency Exam, Fall 2001 Friday, September 14 Part 1 9:00 a.m. to 1:00 p.m.Useful constants: e = 1.60 10-19 C hc = 1240 eV nm c = 3.00 108 me = 0.511 k= 0 0 4 1 4 0 m s MeV c2 Nm2 C2= 8.99 109C2 Nm2= 8.85 10-12N = 10-7 A2 m s2 g = 9.811. Four i
FSU - PHY - 3900
PHY6938 Prociency Exam Fall 2002 September 13, 2002 E&M1. A positive charge is uniformly distributed throughout a very long cylindrical volume of radius R. The charge per unit volume is . (a) Find the electric eld E everywhere as a function of the distan
FSU - PHY - 3900
PHY6938 Proficiency Exam Fall 2002 September 13, 2002 E&M1. A positive charge is uniformly distributed throughout a very long cylindrical volume of radius R. The charge per unit volume is . (a) Find the electric field E everywhere as a function of the di
FSU - PHY - 3900
PHY6938 Prociency Exam Fall 2002 September 13, 2002 Mechaincs1. The system (Atwoods machine) shown in the gure consists of two masses, m1 and m2 , attached to the ends of a string of length l which hangs over a pulley. The pulley is a uniform disk of rad
FSU - PHY - 3900
PHY6938 Proficieny Exam Fall 2002 September 13, 2002 Modern Physics and Quantum Mechanics1. Consider a one-dimensional step potential of the form V (x) = 0 x<0 V0 x 0where V0 > 0. A particle with total energy E > V0 and mass m is incident on the step po
FSU - PHY - 3900
PHY6938 Proficiency Exam Fall 2002 September 13, 2002 Modern Physics and Quantum Mechanics1. Consider a one-dimensional step potential of the form V (x) = 0 x<0 V0 x 0where V0 > 0. A particle with total energy E > V0 and mass m is incident on the step p
FSU - PHY - 3900
PHY6938 Proficieny Exam Fall 2002 September 13, 2002 Optics and Thermodynamics1. Objects at finite temperature T emit electromagnetic radiation with a continuous spectrum, called Blackbody radiation. The radiated power per unit area and unit wavelength i
FSU - PHY - 3900
PHY6938 Proficiency Exam Fall 2002 September 13, 2002 Optics and Thermodynamics1. Objects at finite temperature T emit electromagnetic radiation with a continuous spectrum, called Blackbody radiation. The radiated power per unit area and unit wavelength
FSU - PHY - 3900
Qualifying Exam- Fall 2006 Electrodynamics Problem 1Twelve wires, each of resistance r, are connected to form the edges of a cube. Calculate the effective resistance R of this network across a body-diagonal of the cube.Qualifying Exam 2006 Quantum Mecha
FSU - PHY - 3900
Qualifying Exam Fall 2006 SolutionsSolution 1-The AD-axis of the cube has threefold symmetry, i.e. the cube is invariant under rotations by 120 0 about that axis. -Hence, the corners B1 , B2 and B3 are equivalent and have the same potential. -Also, the
FSU - PHY - 3900
Physics Qualifying Examination Problems 16 Problems 7-12 1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each solution page put the problem number (112) and your Social Securi
FSU - PHY - 3900
Physics Qualifying Examination Problems 16 Problems 712 1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each solution page put the problem number (112) and your Social Securit
FSU - PHY - 3900
Physics Qualifying Examination Problems 16 Problems 712 1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each solution page put the problem number (112) and your Social Securit
FSU - PHY - 3900
Prelim ID Number:PRELIMINARY EXAMINATION Department of Physics University of Florida Part A, 09:0012:00, Jan 3, 2011 Instructions 1. You may use a calculator and CRC Math tables or equivalent. No other tables or aids are allowed or required. You may NOT
FSU - PHY - 3900
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Modern Physics Problem 1A monochromatic particle beam consist of particles whose total energy is 100 times their rest mass. The rest lifetime of the particles is 0.10 ns. In the laboratory, the distance between the point where the particles are generated
FSU - PHY - 3900
Modern Physics SolutionsSolution 1 To find the fraction of particles which reach the detector, we have to find the time that it takes for particles to reach the detector. Let N 0 be the number of the generated particles and N be the number of particles w
FSU - PHY - 3900
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Physics Qualifying ExaminationProblems 16 Problems 7-12Thursday, August 30, 2007 Friday, August 31, 200715 pm 1-5 pm1. Solve each problem. 2. Start each problem solution on a fresh page. You may use multiple pages per problem. 3. At the top of each so
FSU - PHY - 3900
Quantum Mechanics Problem 1Consider the three spin-1 matrices 0 1 0 h Sx = 1 0 1 ; 2 0 1 00 - i 0 h Sy = i 0 - i; 2 0 0 i 1 0 0 S z = h 0 0 0 0 0 - 1 (a) Calculate the commutator of S x and S y . (b) What are the possible values we can get if we meas
FSU - PHY - 3900
Quantum Mechanics SolutionsSolution 1 a.) 0 1 0 0 Sx, Sy 1 0 1 i 0 1 0 0 - i i 0 - i h2 h2 = 0 0 0 - 0 2 2 i i 0 - i -i 0 h2 0 - i - 2 i 0 0 - i 0 0 1 0 i 0 - i 1 0 1 0 i 0 0 1 0 0 - i 1 0 0 2 0 0 = i h 0 0 0 = i hS z 0 0 - 1 0 i []h2 = 2b.) A measu
FSU - PHY - 3900
B F dE & M Proficiency Exam, Spring 2001Useful constants: e = 1.60 10-19 C hc = 1240 eV nm m c = 3.00 108 s MeV me = 0.511 2 c 1 Nm2 k = = 8.99 109 4 0 C2 C2 = 8.85 10-12 0 Nm2 1. The two rails of a superconducting track are separated by a distance d. A
FSU - PHY - 3900
Modern Physics and Quantum Mechanics Spring 2001 ProciencyUseful constants: e = 1.60 1019 C hc = 1240 eV nm c = 3.00 108 me = 0.511 k= 0 1 4 0 m s MeV c2 Nm2 C2= 8.99 109C2 Nm2= 8.85 10121. Consider a one-dimensional step potential of the form V (x)
FSU - PHY - 3900
E & M Proficiency Exam, Spring 2002Useful constants: e = 1.60 10-19 C me = 0.511MeV c2 m s Nm2 C2 c = 3.00 108 k= 0 1 4 0= 8.99 109C2 Nm2= 8.85 10-121. A parallel-plate capacitor is constructed using a dielectric whose constant varies with positio
FSU - PHY - 3900
PHY6938 Proficiency Exam Spring 2002 April 5 , 2002 Mechaincs1. As shown in the diagram, two blocks with masses M1 and M2 are attached by an unstretchable rope around a frictionless pulley with radius r and moment of inertia I. There is no slipping betwe
FSU - PHY - 3900
PHY6938 Proficiency Exam Spring 2002 April 5 , 2002 Mechanics1. As shown in the diagram, two blocks with masses M1 and M2 are attached by an unstretchable rope around a frictionless pulley with radius r and moment of inertia I. There is no slipping betwe
FSU - PHY - 3900
PHY6938 Prociency Exam Spring 2002 April 5, 2002 Modern Physics and Quantum Mechanics1. Consider the Schrdinger equation for the linear harmonic oscillator, o h2 d2 1 + m 2 x2 = E , 2m dx2 2where m is the mass of the particle and is the angular frequenc
FSU - PHY - 3900
PHY6938 Prociency Exam Spring 2002 April 5, 2002 Optics and Thermodynamics1. A combination of two thin, convex lenses are placed as shown in the gure. An object is placed 4 cm in front of the rst lens, which has a focal length of 12 cm. The second lens i
FSU - PHY - 3900
PHY6938 Proficiency Exam Spring 2003 March 28, 2003 E&M1. In the diagram below, an electric dipole has a charge -q at point A and +q at point B, a distance 2a apart. The vector 2a^ points from point A to point B. nPr-rr+-q Aa O na B+qAssuming th
FSU - PHY - 3900
PHY6938 Proficiency Exam Spring 2003 March 28, 2003 Mechaincs1. The drum of a winch has a mass M and a radius R. A cable wound around the drum suspends a load of mass m. The entire cable has a length L and a density (mass per unit length) , with a total
FSU - PHY - 3900
PHY6938 Proficiency Exam Spring 2003 March 28, 2003 Mechanics1. The drum of a winch has a mass M and a radius R. A cable wound around the drum suspends a load of mass m. The entire cable has a length L and a density (mass per unit length) , with a total
FSU - PHY - 3900
PHY6938 Proficieny Exam Spring 2003 March 28, 2003 Modern Physics and Quantum Mechanics1. Light of wavelength 300 nm strikes a metal plate, producing photoelectrons that move with speed of 0.002c. (a) What is the work function of the metal ? (b) What is