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2010-02-12_011603_mom2r

Course: C VXC fsvsdbvfsd, Spring 2012
School: DeVry Phoenix
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The http://www.justanswer.com/questions/34pg9- 1. following are examples of intangible assets except ______. (Points: 5) building trade marks patents technical expertise 2. The following are advantages of separation of ownership and management of corporations except ______. (Points: 5) corporations can exist forever facilitate transfer of ownership without affecting the operations of the firm hire professional...

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The http://www.justanswer.com/questions/34pg9- 1. following are examples of intangible assets except ______. (Points: 5) building trade marks patents technical expertise 2. The following are advantages of separation of ownership and management of corporations except ______. (Points: 5) corporations can exist forever facilitate transfer of ownership without affecting the operations of the firm hire professional managers incur agency costs 3. The financial goal of a corporation is to _______. (Points: 5) maximize profits maximize sales maximize the value of the firm for the shareholders maximize managers' benefits 4. Conflicts of interest between shareholders and managers of a firm result in ______. (Points: 5) principal-agent problem increased agency costs both A and B managers owning the firm 5. An initial investment of $400,000 will produce an end of year cash flow of $480,000. What is the NPV of the project at a discount rate of 20%? (Points: 5) $176,000 $80,000 $0 (zero) None of the above 6. What is the present value of the following cash flow at a discount rate of 9%? Year 1 Year 2 Year 3 $100,000 $150,000 $200,000 (Points: 5) $372,431.81 $450,000 $405,950.68 none of the above 7. A perpetuity is defined as ______. (Points: 5) equal cash flows at equal intervals of time for a specific number of periods equal cash flows at equal intervals of time forever unequal cash flows at equal intervals of time forever none of the above 8. What is the present value of $1000 per year annuity for five years at an interest rate of 12%? (Points: 5) $6,352.85 $3,604.78 $567.43 none of the above 9. An annuity is defined as ______. (Points: 5) equal cash flows at equal intervals of time for a specified period of time equal cash flows at equal intervals of time forever unequal cash flows at equal intervals of time forever none of the above 10. If you invest $100 at 12% APR for three years, how much would you have at the end of 3 years using compound interest? (Points: 5) $136 $140.49 $240.18 none of the above 11. A 5-year bond with a coupon rate of 4% has a face value of $1000. What is the annual interest payment? (Points: 5) $80 $40 $100 none of the above 12. The value of a common stock today depends on ______. (Points: 5) number of shares outstanding and the number of shareholders the expected future dividends and the discount rate the Wall Street analysts present value of the future earnings per share 13. Casino Inc. is expected to pay a dividend of $6 per share at the end of year one and these dividends are expected to grow at a constant rate of 6% per year forever. If the required rate of return on the stock is 18%, what is current value of the stock today? (Points: 5) $30 $50 $100 $54 14. Dividend growth rate for a stable firm can be estimated as ______. (Points: 5) Plow back rate / the return on equity (ROE) Plow back rate * the return on equity (ROE) Plow back rate + the return on equity (ROE) Plow back rate - the return on equity (ROE) 15. Great Motor Company is currently paying a dividend of $1.50 per year. The dividends are expected to grow at a rate of 20% for the next three years and then a constant rate of 6 % thereafter. What is the expected dividend per share in year 5? (Points: 5) $2.91 $2.59 $2.00 $1.50 16. Company X has a P/E ratio of 10 and a stock price of $50 per share. Calculate earnings per share of the company. (Points: 5) $6 per share $10 per share $0.20 per share $5 per share 17. Which of the following investment rules may not use all possible cash flows in its calculations? (Points: 5) NPV payback period IRR all of the above 18. Given the following cash flows for project A: C0 = -2000, C1 = +600 , C2 = +1400 and C3 = +5000, calculate the payback period. (Points: 5) three years two years one year none of the above 19. Muscle Company is investing in a giant crane. It is expected to cost 6.0 million in initial investment and it is expected to generate an end of year cash flow of 3.0 million each year for three years. Calculate the NPV at 12% (approximately). (Points: 5) 2.4 million 1.2 million 0.80 million 0.20 million 20. Net Working Capital should be considered in project cash flows because ______. (Points: 5) firms must invest cash in short-term assets to produce finished goods they are sunk costs firms need positive NPV projects for investment none of the above 21. Money that a firm has already spent or committed to spend regardless of whether a project is taken is called ______. (Points: 5) fixed cost opportunity cost sunk cost none of the above 22. A firm has a general-purpose machine, which has a book value of $400,000 and is sold for $600,000 in the market. If the tax rate is 30%, what is the opportunity cost of using the machine in a project? (Points: 5) $600,000 $540,000 $400,000 none of the above 23. Capital equipment costing $250,000 today has 50,000 salvage value at the end of 5 years. If the straight line depreciation method is used, what is the book value of the equipment at the end of two years? (Points: 5) $200,000 $170,000 $140,000 $50,000 24. Spill Oil Company's stocks had -10%, 13% and 27% rates of return during the last three years respectively; calculate the average rate of return for the stock. (Points: 5) 10% per year 8% per year 12% per year none of the above 25. The portion of the risk that can be eliminated by diversification is called _____. (Points: 5) market risk unique risk interest rate risk default risk 26. The "beta" is a measure of ______. (Points: 5) unique risk total risk market risk none of the above 27. If the standard deviation of returns of the market is 20% and the beta of a welldiversified portfolio is 1.5, calculate the standard deviation of the portfolio ______. (Points: 5) 30% 20% 10% none of the above 28. The efficient portfolios: (I) have only unique risk (II) provide highest returns for a given level of risk (III) provide the least risk for a given level of returns (IV) have no risk at all (Points: 5) I only II and III only IV only II only 29. Suppose you borrow at the risk-free rate an amount equal to your initial wealth and invest in a portfolio with an expected return of 20% and a standard deviation of returns of 16%. The risk-free asset has an interest rate of 4%; calculate the expected return on the resulting portfolio ______. (Points: 5) 20% 40% 36% none of the above 30. If the beta of Microsoft is 1.7, risk-free rate is 3% and the market risk premium is 8%, calculate the expected return for Microsoft. (Points: 5) 16.6% 15.6% 13.9% 11.3% 31. The cost of capital for a project depends on ______. 5) (Points: the company's cost of capital the use to which the capital is put, i.e. the project the industry cost of capital all of the above 32. Cost of capital is the same as cost of equity for firms ______. (Points: 5) financed entirely by debt financed by both debt and equity financed entirely by equity none of the above 33. The market value of Charter Cruise Company's equity is $15 million, and the market value of its risk-free debt is $5 million. If the required rate of return on the equity is 20% and that on the debt is 8%, calculate the company's cost of capital. (Assume no taxes.) (Points: 5) 20% 17% 8.1% none of the above 34. You are given the following data for year-1. Revenue = $43; Total costs = $30; Depreciation = $3; Tax rate = 30%. Calculate the operating cash flow for the project for year-1. (Points: 5) $7 $10 $13 none of the above 35. A project has the following cash flows: C0 = -100,000; C1 = 50,000; C2 = 150,000; C3 = 100,000. If the discount rate changes from 12% to 15%, what is the change in the NPV of the project (approximately)? (Points: 5) 12,750 increase 12,750 decrease 122,650 increase 135,400 decrease 36. The final decision on a project should be from ______. (Points: 5) project analysis break-even analysis NPV analysis sensitivity analysis 37. When a firm has no debt, then such a firm is known as: (I) an unlevered firm (II) a levered firm (III) an all-equity firm (Points: 5) I only II only III only I and III only 38. When comparing levered vs. unlevered capital structures, leverage works to increase EPS for high levels of operating income because ______. (Points: 5) interest payments on the debt vary with EBIT levels interest payments on the debt stay fixed leaving less income to be distributed over less shares interest payments on the debt stay fixed, leaving less income to be distributed over more shares interest payments on the debt stay fixed, leaving more income to be distributed over less shares 39. The beta of an all equity firm is 1.2. If the firm changes its capital structure to 50% debt and 50% equity using 8% debt financing, what will be the beta of the levered firm? The beta of debt is 0.2. (Assume no taxes.) (Points: 5) 1.2 2.2 2.4 none of the above 40. The M&M Company is financed by $4 million (market value) in debt and $6 million (market value) in equity. The cost of debt is 5% and the cost of equity is 10%. Calculate the weighted average cost of capital. (Assume no taxes.) (Points: 5) 10% 15% 8% none of the above 41. Minimizing the weighted average cost of capital (WACC) is the same as ______. (Points: 5) maximizing the market value of the firm maximizing the book value of the firm maximizing the profits of the firm maximizing the liquidating value of the firm 42. The reason that MM Proposition I does not hold good in the presence of corporate taxes is because ______. (Points: 5) levered firms pay lower taxes when compared with identical unlevered firms bondholders require higher rates of return compared with stockholders earnings per share are no longer relevant with taxes dividends are no longer relevant with taxes 43. The MM theory with taxes implies that firms should issue maximum debt. In practice, this is not true because ______. (I) Debt is more risky than equity (II) Bankruptcy and its attendant costs is a disadvantage to debt (III) The payment of personal taxes may offset the tax benefit of debt (Points: 5) I only II only III only II and III only 44. Indirect costs of bankruptcy are borne principally by ______. (Points: 5) bondholders stockholders managers the federal government 45. The trade-off theory of capital structure predicts that _____. (Points: 5) unprofitable firms should borrow more than profitable ones safe firms should borrow more than risky ones rapidly growing firms should borrow more than mature firms increasing leverage increases firm value 46. Capital budgeting decisions that include both investment and financing decisions can be analyzed by _____. (I) Adjusting the present value (II) Adjusting the discount rate (III) Ignoring financing mix (Points: 5) I only II only III only I and II only 47. The after-tax weighted average cost of capital (WACC) is calculated as ______. (Points: 5) WACC = rD (D/V) + rE (E/V) WACC = rD (1-TC )(D/V) + rE (E/V) WACC = rD (D/V) + rE(1-TC )(E/V) none of the above 48. The Cambridge Company is unlevered with assets of $30 million and EBIT of $6 million. If the firm's tax rate is 34%, calculate its after-tax cash flow. (Points: 5) $2.40 million $2.04 million $3.96 million $10.20 million 49. The Boston Company has total assets of $30 million, of which $10 million are financed by debt and $20 million by equity. The EBIT is $6 million. If the firm's tax rate is 34%, and the interest rate on debt is 10%, calculate it's after tax cash flow. (Points: 5) $3.96 million $3.30 million $2.04 million $1.70 million 50. The value of a business is given by ______. (Points: 5) PV = PV(free cash flows) PV = PV(free cash flows) + PV (horizon value) PV(free cash flows) PV(horizon value) none of the above 51. A currency forward contract is described by ______. (Points: 5) agreeing today to buy or sell specified amount of a currency at a later date at a price set in the future agreeing today to buy or sell specified amount of a currency today at its current price agreeing today to buy or sell specified amount of a currency at a later date at a price set today none of the above 52. If a Big Mac costs $2.90 in the USA and in Japan 250 Yens, according to PPP, what is the implied exchange rate in Yens/US$? (Points: 5) 106 86.2069 125 none of the above 53. Large business combinations in Japan are normally carried out through reciprocal ownership of common stock. These networks, or keiretsu, involve a large number of diversified companies centered around a large bank, industrial firm, or trading firm. One of the main benefits of this structure is argued to be _______. (Points: 5) the monopolistic control of economic segments the reduction of financial distress costs large scale diversification that cannot be done by individual shareholders greater efficiency in management because the management skills are homogeneous even for 54. Conglomerates can be effective in ______. (Points: 5) the U.S.A. Great Britain developing economies none of the above 55. The United States has a market-based financial system because ______. (I) it has a large stock market (II) it has a large corporate bond market (III) it has financial institutions (Points: 5) I only II only III only I and II only
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DeVry Phoenix - GF - trhyt
Complete exercises 9.3, 9.13, 9.15, 9.23, 9.42, 9.49.For problems requiring computations, please ensure that your Excel file includes the associated cellcomputations and/or statistics output
DeVry Phoenix - FVFD - vfdv
GuidetoNetworkDefenseandCountermeasures,2 ndEdition,ISBN:1418836796CHAPTER11&12,PAGE446&476IntrusionDetectionChapterQuiz11Name:_Date:_ChapterReviewQuestions,Strengthening&ManagingFirewalls1. Whichofthefollowingguidelinesshouldyoukeepinmindwhenedit
DeVry Phoenix - RTGED - ertfgre
Essay part 11. (TCO2)Organizationshavebothaninternalandanexternalenvironment.Describethegeneral environmentandgiveatleastonespecificexampleofeachdimension,otherthantheexamplesgivenin thetextandinthelectures.(Points : 20)2. (TCO3)Describethefourapproac
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Legal Beagals Inc is a legal services firm that files incorporation papers for smallbusinesses. They charge $1,000 per application. This year's income statement shows thefollowing: Sales $1,440,000 Variable Expenses 1,008,000 Contribution margin 432,000
DeVry Phoenix - FRDEFG - vdfsv
1.In 2007 the Bureau of Justice Statistics released nationwide statistics on the prevalence of prison sexualviolence. Discuss the characteristics associated with perpetrators and victims of prison sexual violence. Whatare pervasive myths associated wit
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Appendix HCOM/156 Version 51Associate Level MaterialAppendix ZOutline and Thesis Statement GuideType your approved or revised thesis statement below.Prepare a sentence outline for your paper, including references for points and/orsubpoints.This o
Indiana - PHYSICS - 301
Moseley : article sur les spectres des lments chimiques1 of 10http:/chimie.scola.ac-paris.fr/sitedechimie/hist_chi/text_origin/moseley/.THE HIGH FREQUENCY SPECTRA OF THE ELEMENTSBy H. G. J. Moseley, M. A.Phil. Mag. (1913), p. 1024In the absence of a
Indiana - PHYSICS - 301
Office Hours Next weekMonday 2:00 to 3:00Tuesday 1:00 to 3:30Wednesday 8:45 to 9:45Contact me if you need to meet at some timeother than that and we should be able toarrange something.P301 Final Exam ReviewThis file describes some of details of th
Indiana - PHYSICS - 301
Swain Hall West- 1 FloorStudentstServices office(drop/add)SecretarysofficeDVBsofficeSwain Hall West- 2 FloorndPhysics ForumAI office on thirdfloor 340LibraryLecturesCALM systemCALM system: First QuestionP301 Lecture 1 Welcome to P301;
Indiana - PHYSICS - 301
P301 Lecture 4Postulates of Special Relativity I- The laws of physics are the same in all inertialreference frames of reference (this is the same statementthat Galileo used) Note that the extra bits in the books statement are not quite correct.The l
Indiana - PHYSICS - 301
P301 Lecture 6Headlight effectThis effect is important in medium-energy physics experiments (lots of theaction is in the forward direction), and for synchrotron radiation sources(very bright sources of x-rays obtained from highly relativistic electron
Indiana - PHYSICS - 301
P301 Lecture 9X-RaysExperimental results on the absorption of xrays from C. G. Barkla Phil. Mag. 17 (1909)P301 Lecture 9X-Rayshttp:/www.google.com/imgres?imgurl=http:/www.amptek.comK and K lines from various elements(Mosely)http:/en.wikipedia.org/
Indiana - PHYSICS - 301
P301 Lecture 12Bohrs HypothesesBohr formulated the following ad hoc model:1.Atoms exist only in certain stable stationary states2.The dynamic equilibrium of these stationary states is determined bythe laws of classical physics, but the way the atoms
Indiana - PHYSICS - 301
P301 Lecture 17Matter Waves=h/pElectron diffraction using a Transmission Electron Microscopea). Single (quasi)-crystal (full sample is orientationally coherent)b). Polycrystalline material (many small crystals in all orientations).What is the wavele
Indiana - PHYSICS - 301
P301 Lecture 19Fourier Decomposition/analysishttp:/demonstrations.wolfram.com/WavepacketForAFreeParticle/http:/www.jhu.edu/signals/fourier2/index.htmlTwo-slit experiment withparticleshttp:/en.wikipedia.org/wiki/Double-slit_experimentSchrodingers Eq
Indiana - PHYSICS - 301
Schrodingers Equation SolutionsFinite Square WellFor this case, you must solve a transcendental equation to find the solutions thatobey the boundary conditions (in particular, continuity of the function and itsderivative at the well boundary). For the
Indiana - PHYSICS - 301
Lecture 25The Hydrogen Atom revisitedMajor differences between the QM hydrogenatom and Bohrs model (my list):The electrons do not travel in orbits, but in well defined states(orbitals) that have particular shapes (probability distributionsfor the el
Indiana - PHYSICS - 301
Lecture 27Hydrogen 3d, 4s and 4p3d4s4pWe can get some insight into the relativeEnergies of these three orbitals fromthe website:http:/keisan.casio.com/has10/SpecExec.cgihttp:/www.corrosionsource.com/handbook/periodic/periodic_table.gifLecture 27
Indiana - PHYSICS - 301
Lecture 31Exam II ResultsLecture 31Molecules and bondingWhy do atoms combine together to form molecules, and what forces/conceptscontrol the way this happens?How do molecules behave?http:/keisan.casio.com/has10/SpecExec.cgiLecture 31Molecules and
Indiana - PHYSICS - 301
BuildingamorecomplexmoleculeC2IsolatedimpuritiesFrom E. A. Moore: Molecular Modelling and bonding, Royal Soc. Chem.BuildingasolidGraphite/DiamondIsolatedimpuritiesFrom W. A. Harrison: Electron Structure Royal Soc. Chem.Buildingametal(Copper)Isolat
Indiana - PHYSICS - 301
SizeofNucleiT&R Figure 12.2R = ro A1/3ShellmodelforNucleiFrom E. SegreNuclei and Particles3-D HarmonicOscillatorSphericalSquare wellTrendsinNuclearStabilityT&R Figure 12.5See also Nudat2 at:http:/www.nndc.bnl.gov/nudat2/TrendsinNuclearStabi
Indiana - PHYSICS - 301
TypicalDecayschemeIINuclei can decrease theirproton number by one inthree ways, positronemission (the most common)Electron capture (muchmore rarely; see next slide),or proton emission (veryrare).Decay rates expressed interms of Becquerrel (1/sec
Indiana - PHYSICS - 301
Early categorization of ParticlesEarly collider experiments started to reveal more and more particles, andpeople started to question whether they were truly Fundamental, but didallow for the prediction of missing particles that were later found.Attemp
Indiana - PHYSICS - 301
beta=theta'cos(tht')010203040506070809010011012013014015016017017910.9848080.9396930.8660260.7660450.6427880.5000010.3420210.1736491.33E-006-0.173647-0.342019-0.499998-0.642786-0.766043-0.866024-0.939692-0.984807-0.
Indiana - PHYSICS - 301
I ) a) p=1V =-mtc';)l-C12 , trl <lreVJ'11V1J"'. 6"/'f e V (7 S I.f/ S"t! II Mqtr-=1-.1 ZJ WI / SCf . 5 't1)11"1- ?1JJf1&1/1)JL J ; :;-ur'/ff)' If -=-=-/,6rrxJi()eVJ:z.L ,'il( X / iYYJ5:.. I;? .J,rVIt\a. '" p r."r f (;f'1It1'1,t
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
-l- C ~j:'t~1~'fJ7f!i .'\!.\To - /oDe-=i-IiJ . . .L (j'Jhiscfw_=-C-2iT q '-'- -I._-". " . - . " ~. ;:Ejx 19!/It(_,~'_?~? . ~?fJ2.. ':' L .lfcfw_ . /x.' ()'1-;r~._ . _. ,"_"._ .".".-.I_h)1. . , ,-~L . . .". . 1 . . . . . ... .
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
P3'-t 0 1'1 w A :# 15P/IIl;f",f~oll.1"r8~ '~().'),~. j .'.'"'.~"~:_.~!:b;.<;/"'~ ~ ~ ~ ~j~.'~ ~.1~"Vh) -:.IF f/fJ I;:(t9f.~ ~z)P(~ -I~t) fJ + in.9'f (i)J J=IJ1CUJ,-=. .d<ert>/~P(2: f~ l) f .YII.!;~ gA .,~4 _ o.(f()"j.=(F~o~ill.
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
P3LfO ,IfJ- ~s rf;t ~e"p-~;,._- - - - - -+- --0:-- - -._- -- --~-- -.- - .-. . tn1Di-i?/~. ~. ~ 6 ~-.-~-~-~~-iC~ _ GIlJ._ ._~-~2 _~.~ .~-~-~-1 ---'------.~1.It:e)i-[i.TrAJ- "pAlc.i?n ( -p 0(~ !I Al k [ 5/~h)Cp
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
P 5'iJOF-ft;v 11 :If I L' Lq fr~:rr. ")' ' Ii '(3~ ./' , . ...J~ '. ... ~-?~... . .'!.-ol/~.~.~. . ~. .e.:r~ k(/\Tc1. . . .... f j ~ Tc:. .<.(r,>' . ~ 0 . ~ ~ ~ 8.:=.0 ~.~ . .r.~ 9. ." ~. ~ . rc ~. ~.-_-. ._._ ._ _. ._. _. . .K. eeL.=.'
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
FvoYM.I i( 16(16.2),rivatives most oftenle o r pressure can be: following formulae,tie differentials o f t he5"-1,-.1'. fl(~ j ,'(,uT~~L aVlAavY L t 'FfA/t-t: volvm~ 5 '(fYi. ~. 5 i ( :5' r "d" I " 12 t :1L . /14 teO'- t' 'Y~a Y' I L,P.
Indiana - PHYSICS - 340
P3'-1 () ~;1rr X Lfb /u f-rJnf2 () 1/~ -~-'-~-~-'- -~'" - - -~--.-.-,-~-.-'-. -'"-.~-~- .-.---. - -=-_"_ _ _72,.c.~a3,C)_/.-~.-,-~-.- -.-~-~-~ ~_. _._ _ _ f_~_-.- - - -.-. -.-'--:.:P.- - - - -* --- .-_ ~Nlv-=-1;JV'-VI!~-!tN-vtf?
Indiana - PHYSICS - 340
Indiana - PHYSICS - 340
LECTUREBaerleinSecionsTopics410-Jan12-Jan14-Jan17-Jan19-Jan1.1-1.41.5-1.72.1-2.2-2.3-2.5Introduction; Thermodynamic phenomenologyThe first two laws of thermodynamicsMicrostates and multiplicityMartin Luther King Day- NO CLASSElementary s
Indiana - PHYSICS - 340
Swain Hall West- 1st FloorStudentServices office(drop/add)SecretarysofficeDVBsofficeWeb site: http:/physics.indiana.edu/~courses/p340/S10/Swain Hall West- 2nd FloorPhysics ForumAI office on thirdfloor 340LibraryLecturesCALM systemNOTE: To
Indiana - PHYSICS - 340
P340 Lecture 3Probability and Statistics Bernoulli Trials REPEATED, IDENTICAL, INDEPENDENT, RANDOMtrials for which there are two outcomes (successprob.=p; failure prob=q) EXAMPLES: Coin tosses, queuing problems, radioactivedecay, scattering experim
Indiana - PHYSICS - 340
P340 Lecture 5(Second Law)THE FUNDAMENTAL POSTULATE(OF THERMAL PHYSICS) Any isolated system in thermodynamic equilibrium is equallylikely to be in any one of its available microstatesTHE SECOND LAW OF THERMODYNAMICS Any isolated thermodynamic syste
Indiana - PHYSICS - 340
Lecture 8 Carnot Cycle SH = -|QH|/TH SC = |QC|/TC S = SH + SC =0=> |QH|/TH = |QC|/TChttp:/thermodynamicstudy.net/carnot.htmlThe most efficient heat engine would be one that does not change theentropy of the universe (i.e. the decrease of the sour
Indiana - PHYSICS - 340
Lecture 12- CALMThe so-called two-level system is a model that finds many uses in physics. Inthis model, the system is assumed to have only two states in which it can exist,and these states are separated in energy by an amount . Consider asituation in
Indiana - PHYSICS - 340
Lecture 15- CALMWhat would you most like me to discuss tomorrow in preparation for theupcoming exam? proton)? Partition Function/Canonical Ensemble (3) Efficiency/Engine Cycles (3) Examples (3) Taylor expansions, looking at limits (2) Adiabatic pro
Indiana - PHYSICS - 340
P301 Lecture 8CMB fit to BB spectrumThe plot on the right shows data from theFIRAS instrument on the original COBEsatellite experiment. The measurement ofinterest here was the set of residuals (i.e.the lower plot of the differences between themeasu
Indiana - PHYSICS - 340
P301 Lecture 8CMB fit to BB spectrumThe plot on the right shows data from theFIRAS instrument on the original COBEsatellite experiment. The measurement ofinterest here was the set of residuals (i.e.the lower plot of the differences between themeasu
Indiana - PHYSICS - 340
Lecture 21 Examples Chpt. 7Lecture 21 Examples Chpt. 7Langmuir AdsorptionqP=[kBT/l3] [q/(1-q)] exp(-eo/kBT)http:/en.wikipedia.org/wiki/Langmuir_adsorption_modelCryopumpsWhy do they pump N2 more effectively than He?He is smaller/lighter etc. (5 ans
Indiana - PHYSICS - 340
Lecture 21 Examples Chpt. 7Lecture 21 Examples Chpt. 7Langmuir AdsorptionP=[kBT/3] [/(1-)] exp(o/kBT)http:/en.wikipedia.org/wiki/Langmuir_adsorption_modelCryopumpsWhy do they pump N2 more effectively than He?He is smaller/lighter etc. (5 answers)B
Indiana - PHYSICS - 340
Spin-statistics theoremAs we discussed in P301, all sub-atomic particles with which we haveexperience have an internal degree of freedom known as intrinsic spin, whichcomes in integral multiples of hbar/2 (i.e. h/4p, so it has dimensions ofangular mom
Indiana - PHYSICS - 340
Spin-statistics theoremAs we discussed in P301, all sub-atomic particles with which we haveexperience have an internal degree of freedom known as intrinsic spin, whichcomes in integral multiples of hbar/2 (i.e. h/4, so it has dimensions ofangular mome
Indiana - PHYSICS - 340
Laser Cooling/Trapping of atomshttp:/www.ptb.de/en/org/4/44/443/melcol_e.jpgWe will discuss this in more detail toward the end of the semester, but it ispossible to slow-down (cool) atoms by passing them through a region withcounter-oriented laser bea
Indiana - PHYSICS - 340
Laser Cooling/Trapping of atomshttp:/www.ptb.de/en/org/4/44/443/melcol_e.jpgWe will discuss this in more detail toward the end of the semester, but it ispossible to slow-down (cool) atoms by passing them through a region withcounter-oriented laser bea
Indiana - PHYSICS - 340
Examples: ReifShow that CP and CV may be related to each other through quantities that may bedetermined from the equation of state (i.e. by knowing V as a function of P, T, and N)Note, what Reif labels a, is what we have already introduced as bP.Examp
Indiana - PHYSICS - 340
Examples: ReifShow that CP and CV may be related to each other through quantities that may bedetermined from the equation of state (i.e. by knowing V as a function of P, T, and N)Note, what Reif labels , is what we have already introduced as P.Example
Indiana - PHYSICS - 340
Heat Capacity of diatomic gasesNote: thetemperature scale ishypotheticalhttp:/www.phys.unsw.edu.au/COURSES/FIRST_YEAR/pdf%20files/x.%20Equipartion.pdfExample 11.9 from BaierleinA gas of the HBr is in thermal equilibrium. At what temperature will the
Indiana - PHYSICS - 340
Exam II ResultsAvg.Exam Results33.8=56%4.543.5Students32.52Frequency1.510.502025303540Grade45505560Exam questions1. A typical neutron star has a radius of 12 km and a density of roughly 5x10 17 kg/m3 (which is only slightly great