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UNF - TAX - 3011
TAX 3011Chapter 11Class Notes1) S Corporation Electionsa) Formations.b) S Corporation Qualification Requirementsi) Only U.S. citizens or residents, certain trusts, and certain tax-exempt organizations may be Scorporation shareholders.ii) S corpora
UNF - TAX - 3011
Chapter 11 - S Corporations52. [LO 4] Harry, Hermione, and Ron formed an S corporation called Bumblebore. Harry andHermione both contributed cash of $25,000 to get things started. Ron was a bit short on cashbut had a parcel of land valued at $60,000 (b
UNF - TAX - 3011
TAX3011Chp 2Class Notes1) Cost Recoverya) For financial accounting and tax accounting purposes, businesses must capitalizethe cost of assets with a useful life of more than one year rather than expense thecost immediatelyb) Methods used to recover
UNF - TAX - 3011
TAX3011Chp 3Class Notes1) Dispositionsa) Every asset disposition triggers a realization event for tax purposes.b) To calculate the amount of gain or loss taxpayers realize when they sell assets,they must determine the amount realized on the sale and
UNF - TAX - 3011
TAX3011Chp 4Class Notes1) Entity Legal Classification and Nontax Characteristicsa) Legal Classificationi) State laws recognize corporations or limited liability companies (LLCs) aslegal entities separate from their owners (shareholders or members).
UNF - TAX - 3011
Chapter 04 - Entities Overview52. [LO 3] Evon would like to organize SHO as either an LLC or as a corporation generating an11 percent annual before-tax return on a $200,000 investment. Individual and corporate taxrates are both 35 percent and individua
UNF - TAX - 3011
TAX3011Chp 5Class Notes1) Corporate Taxable Income Formulaa) See Exh 5-1 for corporate and individual tax formulas.b) The corporate tax formula is similar to the individual tax formula but corporationsdont itemize deductions or deduct personal and d
UNF - TAX - 3011
Chapter 5Controlled CorporationsExamplesThese examples are from Wests Federal Taxation (2005 Ed.): Corporations, Partnerships, Estates &Trusts (Hoffman/Raabe/Smith/Malney). The examples have been modified to meet the generalrequirements for brother-s
UNF - TAX - 3011
Tax 3011Chapter 5Stock Options AND Individual TaxesPlease note that the focus of the text (and our course) is on the entitys tax treatment foroptions. However, I provide the below regarding an individual taxpayers (i.e., theemployee) exercise of opti
UNF - TAX - 3011
Chapter 10 - Dispositions of Partnership Interests and Partnership DistributionsChapter 10Dispositions of Partnership Interests and Partnership DistributionsSOLUTIONS MANUALDiscussion Questions1. [LO 1] Joey is a 25% owner of Loopy LLC. He no longer
UNF - TAX - 3011
Chapter 09 - Forming and Operating PartnershipsChapter 9Forming and Operating PartnershipsSolution ManualDiscussion Questions:1. [LO 1] What is a flow-through entity, and what effect does this designation have on howbusiness entities and their owner
UNF - TAX - 3011
Chapter 02 - Property Acquisition and Cost RecoveryChapter 2Property Acquisition and Cost RecoverySOLUTIONS MANUALDiscussion Questions1.[LO 1] Explain the reasoning why the tax laws require the cost of certain assets to becapitalized and recovered
UNF - TAX - 3011
Chapter 05 - Corporate Operations44. [LO 1] LNS corporation reports book income of $2,000,000. Included in the$2,000,000 is $15,000 of tax-exempt interest income (because it is income for bookpurposes; it is not for tax). LNS reports $1,345,000 in ordi
UNF - TAX - 3011
TAX3011Chp 1Class Notes1) Specific Business Deductions (starts p. 1-11; EXH 1-2, p. 1-12)a. Start up & Orgz expendituresi. Expenditures to create, establish, or organize new trades orbusinesses.1. First $5k deductible in year one (as long as total
UNF - TAX - 3011
Chapter 11 - S CorporationsChapter 11S CorporationsSolution ManualDiscussion Questions:1. [LO 1] In general terms, how are C corporations different from and similar to Scorporations?S corporations are incorporated under state law and thus have the
UNF - TAX - 3011
Chapter 05 - Corporate OperationsChapter 5Corporate OperationsSOLUTIONS MANUALDiscussion Questions1. [LO 1] In general terms, identify the similarities and differences between the corporate taxableincome formula and the individual taxable income for
UNF - TAX - 3011
Chapter 04 - Entities OverviewChapter 4Entities OverviewSOLUTIONS MANUALDiscussion Questions1. [LO 1] What are the more common legal entities used for operating a business? How arethese entities treated similarly and differently for state law purpos
UNF - TAX - 3011
Chapter 03 - Property DispositionsChapter 3Property DispositionsSOLUTIONS MANUALDiscussion Questions1. [LO 1] Compare and contrast different ways in which a taxpayer triggers a realization eventby disposing of an asset.A realization event for tax p
UNF - TAX - 3011
Chapter 01 - Business Income, Deductions, and Accounting MethodsChapter 1Business Income, Deductions, and Accounting MethodsSolutions ManualDiscussion Questions1.[LO 1] What is an ordinary and necessary business expenditure?Ordinary and necessary i
Columbia - COMS - 4119
Katherine HaasUNI: kah2190COMS 4119Homework Assignment #4Exercise 1: (ICMP Wireshark Lab)Command prompt similar to Figure 1.Part 1:1. The IP address of the host is: 192.168.1.101The IP address of the destination is: 143.89.14.342. ICMP doesnt hav
Kaplan University - BUSINESS L - 311
1. A corporate officer is not expected to be informed on corporate matters. (Points : 2)TrueFalse2. Begin Anew Enterprise, Inc., completes its registration process and begins advertising theavailability of its new issue of securities. The firm places
Pittsburgh - INFSCI - 1022
I1070/T2000Intro to TelecomThe Network LayerCourse structureFOverarching issues:Network security & management, ConvergenceACDescr data types &dist data procOverview Internet,TCP/IP, OSIExternal appsDNetworkNetwork+Internet details,LANs &
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 13 - SolutionDue: Nov 29, 20111.a)f=== 5 107 (Hz) ,22cv=3 =ff23 3 108= 4 (m) .5 107b) Yes. Since total reection occurs at the short end d = 0, the reected voltage has the samemagnitude (with opposite sign) as
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 14Due: *TUESDAY*, December 6, 2011, 5PM1. In the transmission line circuit shown below, all lines are lossless: 2Z01 = Z02 = 100 and RL1 = RL2 = 50 . Calculate the following:a) Voltage and current phasors at the two loads,b) Time-ave
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 11 - SolutionDue: Nov. 3, 2011, 5PM1.V= 4 cos ( t z ) .zFrom V = L I , we haveztI (z, t) I (z, 0) ===IV1tdt =tL0z0t14 cos ( t z ) dtL04[sin ( t z ) sin ( z )]Ltdt4sin ( t z ) [A]L= C V , you will
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 12Due: Thursday, November 11, 2011, 5PM1. A generator with internal resistance Rg = 25 and an output voltage pulse f (t) =36 (t) feeds a T.L. that has an unknown characteristic impedance Z0 and an unknownresistive load termination RL
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 12 - SolutionDue: Nov. 11, 20111.a) Notice that the rst impulse function in V at z = 200m is 24 (t 1), which means that theinjection coecient is242=.363Z0g =,Rg + Z0g =b) g can be calculated byg =Z0 = 2Rg = 50 (
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 13Due: *TUESDAY*, November 29, 2011, 5PM1. Consider a lossless, short circuited, transmission line stub having length l, characteristic impedance Z0 , and propagation velocity v = 2 c = 2 108 m/s. As shown in the3circuit diagram below
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 11Due: Thursday, November 3, 2011, 5PM1. Telegraphers equationsVI=LztIV=Cztgovern the voltage and current waveforms V (z, t) and I (z, t) that propagate on transmission line systems. If V (z, t) = 4 sin(t z ) on a TL, determi
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 1 - SolutionDue: Aug. 26, 20111.a)151zB C = x y + 6.24b)A 2B + 4C = x +31y 19.z2c)12 +|A 2B + 4C| =3122+ 192 = 24.54.d)3A 2C = 3 (2 + z ) 2 (4 4) = 6 8 + 11,xyzxyz62 + 82 + 112 = 14.87,|3A 2C| =u
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 2Due: September 1, 2011, 5PM1. Gauss Law for electric eld E states that S EdS = 1 V dV over any closed surface0S enclosing a volume V in which electric charge density is specied by (x, y, z ) C/m3 .a) What is the electric ux E dS ove
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 2 - SolutionDue: Sep. 1, 2011, 5PM1. Gauss's law for electric eld E states that1E dS =dV,oVSover any closed surface S enclosing a volume V where electric charge density is specied byC(x, y, z ) m3 . Here, we will comp
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 3Due: September 8, 2011, 5PM1. Is E = 3xx + xy + 2 a possible electrostatic eld? Explain.z2. Given that E = 3xx + y y +2 V/m, determine the potential V (1, 2, 3) if V (0, 0, 0) = 0.z3. In free space, nd the electric eld E and static
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 3 - SolutionDue: Sep. 8, 20111. We ndxyzxyz3xE=x2= z,which means the electric eld here is not curl-free. An electrostatic eld can always be writtenas E = V , i.e. the gradient of a scalar funtion. Thus, an electro
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 4Due: September 15, 2011, 5PM1. Consider a simplied model of a vacuum diode consisting of a cathode in the z = 0plane and an anode in the z = d plane. Electrons are released from the heatedcathode, which is held at potential zero, and
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 4 - SolutionDue: Sep. 15, 2011, 5PM1. A vacuum diode consists of a cathose in the z = 0 plane and an anode in the z = d plane. Theelectric eld between the the plates is given by E = z 43V0 ( d )1/3 and the eld outsdie the of
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 5Due: *FRIDAY*, September 23, 2011, 5PM1. Silicon is a semiconductor, which means that it can conduct when it is doped, i.e.,when it has free charge carriers injected into it. N-type silicon is doped with electrondonor impurities resul
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 5 - SolutionDue: Sep. 23, 20111.a) According to Page 2 in Lecture 11, the mobility is dened asqq=,mm=which is related to the conductivity by (see Page 3 in Lecture 11)=Nd q 2= N q.mTherefore, for n-type silicon,
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 6Due: September 29, 2011, 5PM1. Gauss Law for B states that S B dS = 0 over any closed surface S enclosing avolume V. Given that B = B0 (2 + 2 R z ) Wb/m2 , determine the magnetic uxxyLthrough the partial cone surface shown in the
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 6 - SolutionDue: Sep. 29, 2011, 5PM1. Notice that the partial cone volume is enclosed by a closed surface S :S = S1 + S2 + S3 + S4 ,where we dene each surface asS1 :S2 :Sthe trapzoid at z = 0S4 :the semi circle at x =
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 7Due: October 6, 2011, 5PM1. A vector eld A whose curl represents a magnetostatic eld, i.e., A = B, is knownas the magnetostatic vector potential of that eld. Although this formulation satisesGauss Law for B (where B = A 0), the above
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 7 - SolutionDue: Oct. 6, 20111.a)A = (A +A+) = A.=Therefore, the curl-free component does not change B.b) Given A = ln (y ) x + ln (x) y + 4z 2 z ,xA=B=yzxyz4z 2ln (y ) ln (x)andA=11xy=z,2ln (y ) +l
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 8Due: October 13, 2011, 5PM1. Each of the following electric or magnetic eld vectors is associated with a uniformTEM plane wave propagating in a linear, isotropic, loss-less, and source-free mediumhaving magnetic permeability = 0 4 10
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 8 - SolutionDue: Oct. 13, 2011, 5PM1.23a) = 2 108 and =v=2 108== 3 108 () [m/s]x23f=since v = f =v=1=crr=v3 108== 3 [m]f108crralso =of H== 108 [Hz]2r 01= 120r0rc= ( )2 = 1v. We can us
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 9Due: TUESDAY*, October 18, 2011, 5PM1. For each of the following plane TEM waves in free space:a) E1 = 10 sin(t x) V/myb) H2 = 5 cos(t + y + ) + 5 sin(t + y ) A/m3x6zc) H3 = sin(t z + ) 2 sin(t z ) A/m4x4yd) E4 = 2 cos(t + x)
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 9 - SolutionDue: Oct. 18, 20111.a) For plane waves propagating in free space, E and H are related byH=1v E,0where v is the unit vector in the wave propagation direction. Therefore,H1 =11x E1 =[ 10sin ( t x )] (A/m)
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Homework 10Due: Thursday, October 27, 2011, 5PM1. A submarine submerged in the ocean ( = 4 S/m, r = 81, r = 1) wants to receivean electromagnetic signal from a ship located at the surface and transmitting atf = 2 = 30 kHz.a) Calculate the num
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 10 - SolutionDue: Oct. 27, 2011, 5PM1. We observe that4= 1,4 81 8.85 10122 3 10which means ocean water can be treated as a good conductor at 30 kHz.a) In a good conductor=f = 3 104 4 107 4 = 0.688 [rad/m]2= 9.13 [m
University of Illinois, Urbana Champaign - ECE - 329
ECE330Fall 2011Homework 5Problem 4.1(a)With the permeability of the core assumed to be innite, the equivalent magnetic circuit is as shown in Fig. 1, wherethe reluctances are dened to begRg =0 W 2x( t )R x (t ) =,0 W 2and the total reluctanc
University of Illinois, Urbana Champaign - ECE - 329
ECE330Fall 2011Homework 3Problem 3.1Amperes law may be applied to yieldJ f ndaH dl =sC2Hg lg + Hc lc = Ni2lgNilc+,=0 Ag iron Acwhere the reluctances are as follows:lg0.3cmAt== 3.145 1060 Ag (4 107 )(3cm + 0.3cm)(2cm + 0.3cm)Wblc4
University of Illinois, Urbana Champaign - ECE - 329
ECE330Fall 2011Homework 2Problem 2.16(a)Assuming a balanced 3- conguration, the complex power per phase isS 1 =S 3 750== 250 MVA.33Taking the line voltage to be the reference angle, the complex impedance per phase is2S 1 =VZ=(345 kV )2Z
University of Illinois, Urbana Champaign - ECE - 329
ECE330Fall 2011Homework 1Problem 2.1Converting both the voltage and current waveforms from their time-domain representation to phasors100v(t) = 100 cos(377t + 10 ) V = 10 V21i(t) = cos(377t + 55 ) I = 55 A,2the average power and power factor ca
University of Illinois, Urbana Champaign - ECE - 329
ECE 329Fall 2011Homework 14 - SolutionDue: Dec 6, 20111.We will use our knowledge of/2and/4transformers to solve this problem.connected to the generator is one wavelength long (i.e. two/2Since the linelines combined), the voltage andcurrent
University of Illinois, Urbana Champaign - ECE - 329
ECE330Fall 2011Homework 4Problem 3.2(a)By dening the dot on the upper portion of the left coil, Fig. 1 is able to show the appropriate dot location for the rightcoil. If current were to ow into the dot on the right coil the resulting ux would ow in
University of Illinois, Urbana Champaign - ECE - 330
University of Illinois, Urbana Champaign - ECE - 330
University of Illinois, Urbana Champaign - ECE - 330
University of Illinois, Urbana Champaign - ECE - 330
University of Illinois, Urbana Champaign - ECE - 330
University of Illinois, Urbana Champaign - ECE - 330
University of Illinois, Urbana Champaign - ECE - 330