Lesson QQQ – Advanced Roman Numeral Usage
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F(P,Q) = Ffeic(R+TQ)
674 MATHEMA TICS: N. H. McCOY PR.OC. N. A. S. ON THE FUNCTION IN QUANTUM MECHANICS WHICH CORRESPONDS TO A GIVEN FUNCTION IN CLASSICAL MECHANICS By NEAL H. MCCoy DEPARTMENT OF MATHEMATICS, SMrTH COLLEGE Communicated October 11, 1932 Let f(p,q) denote a function of the canonical variables p,q of classical mechanics. In making the transition to quantum mechanics, the variables p,q are represented by Hermitian operators P,Q which, satisfy the com- mutation rule PQ- Qp = 'y1 (1) where Y = h/2ri and 1 indicates the unit operator. From group theoretic considerations, Weyll has obtained the following general rule for carrying a function over from classical to quantum mechanics. Express f(p,q) as a Fourier integral, f(p,q) = f feiC(r+TQ) r(,r)d(rdT (2) (or in any other way as a linear combination of the functions eW(ffP+T)). Then the function F(P,Q) in quantum mechanics which corresponds to f(p,q) is given by F(P,Q)- ff ei(0P+7Q) t(cr,r)dodr. (3) It is the purpose of this note to obtain an explicit expression for F(P,Q), and although we confine our statements to the case in which f(p,q) is a polynomial, the results remain formally correct for infinite series. Any polynomial G(P,Q) may, by means of relation (1), be written in a form in which all of the Q-factors occur on the left in each term. This form of the function G(P,Q) will be denoted by GQ(P,Q). -
Day 17 AP Music Handout, Scale Degress.Mus
Scale Degrees, Chord Quality, & Roman Numeral Analysis There are a total of seven scale degrees in both major and minor scales. Each of these degrees has a name which you are required to memorize tonight. 1 2 3 4 5 6 7 1 & w w w w w 1. tonicw 2.w supertonic 3.w mediant 4. subdominant 5. dominant 6. submediant 7. leading tone 1. tonic A triad can be built upon each scale degree. w w w w & w w w w w w w w 1. tonicw 2.w supertonic 3.w mediant 4. subdominant 5. dominant 6. submediant 7. leading tone 1. tonic The quality and scale degree of the triads is shown by Roman numerals. Captial numerals are used to indicate major triads with lowercase numerals used to show minor triads. Diminished triads are lowercase with a "degree" ( °) symbol following and augmented triads are capital followed by a "plus" ( +) symbol. Roman numerals written for a major key look as follows: w w w w & w w w w w w w w CM: wI (M) iiw (m) wiii (m) IV (M) V (M) vi (m) vii° (dim) I (M) EVERY MAJOR KEY FOLLOWS THE PATTERN ABOVE FOR ITS ROMAN NUMERALS! Because the seventh scale degree in a natural minor scale is a whole step below tonic instead of a half step, the name is changed to subtonic, rather than leading tone. Leading tone ALWAYS indicates a half step below tonic. Notice the change in the qualities and therefore Roman numerals when in the natural minor scale. -
THE ZEROS of QUASI-ANALYTIC FUNCTIONS1 (3) H(V) = — F U-2 Log
THE ZEROS OF QUASI-ANALYTICFUNCTIONS1 ARTHUR O. GARDER, JR. 1. Statement of the theorem. Definition 1. C(Mn, k) is the class of functions f(x) ior which there exist positive constants A and k and a sequence (Af„)"_0 such that (1) |/(n)(x)| ^AknM„, - oo < x< oo,» = 0,l,2, • • • . Definition 2. C(Mn, k) is a quasi-analytic class if 0 is the only element / of C(Mn, k) ior which there exists a point x0 at which /<">(*„)=0 for « = 0, 1, 2, ••• . We introduce the functions (2) T(u) = max u"(M„)_l, 0 ^ m < oo, and (3) H(v) = — f u-2 log T(u)du. T J l The following property of H(v) characterizes quasi-analytic classes. Theorem 3 [5, 78 ].2 Let lim,,.,*, M„/n= °o.A necessary and sufficient condition that C(Mn, k) be a quasi-analytic class is that (4) lim H(v) = oo, where H(v) is defined by (2) and (3). Definition 4. Let v(x) be a function satisfying (i) v(x) is continuously differentiable for 0^x< oo, (ii) v(0) = l, v'(x)^0, 0^x<oo, (iii) xv'(x)/v(x)=0 (log x)-1, x—>oo. We shall say that/(x)GC* if and only if f(x)EC(Ml, k), where M* = n\[v(n)]n and v(n) satisfies the above conditions. Definition 5. Let Z(u) be a real-valued function which is less Received by the editors November 29, 1954 and, in revised form, February 24, 1955. 1 Presented to the Graduate School of Washington University in partial fulfill- ment of the requirements for the degree of Doctor of Philosophy. -
Music in Theory and Practice
CHAPTER 4 Chords Harmony Primary Triads Roman Numerals TOPICS Chord Triad Position Simple Position Triad Root Position Third Inversion Tertian First Inversion Realization Root Second Inversion Macro Analysis Major Triad Seventh Chords Circle Progression Minor Triad Organum Leading-Tone Progression Diminished Triad Figured Bass Lead Sheet or Fake Sheet Augmented Triad IMPORTANT In the previous chapter, pairs of pitches were assigned specifi c names for identifi cation CONCEPTS purposes. The phenomenon of tones sounding simultaneously frequently includes group- ings of three, four, or more pitches. As with intervals, identifi cation names are assigned to larger tone groupings with specifi c symbols. Harmony is the musical result of tones sounding together. Whereas melody implies the Harmony linear or horizontal aspect of music, harmony refers to the vertical dimension of music. A chord is a harmonic unit with at least three different tones sounding simultaneously. Chord The term includes all possible such sonorities. Figure 4.1 #w w w w w bw & w w w bww w ww w w w w w w w‹ Strictly speaking, a triad is any three-tone chord. However, since western European music Triad of the seventeenth through the nineteenth centuries is tertian (chords containing a super- position of harmonic thirds), the term has come to be limited to a three-note chord built in superposed thirds. The term root refers to the note on which a triad is built. “C major triad” refers to a major Triad Root triad whose root is C. The root is the pitch from which a triad is generated. 73 3711_ben01877_Ch04pp73-94.indd 73 4/10/08 3:58:19 PM Four types of triads are in common use. -
CONDITIONAL EXPECTATION Definition 1. Let (Ω,F,P)
CONDITIONAL EXPECTATION 1. CONDITIONAL EXPECTATION: L2 THEORY ¡ Definition 1. Let (,F ,P) be a probability space and let G be a σ algebra contained in F . For ¡ any real random variable X L2(,F ,P), define E(X G ) to be the orthogonal projection of X 2 j onto the closed subspace L2(,G ,P). This definition may seem a bit strange at first, as it seems not to have any connection with the naive definition of conditional probability that you may have learned in elementary prob- ability. However, there is a compelling rationale for Definition 1: the orthogonal projection E(X G ) minimizes the expected squared difference E(X Y )2 among all random variables Y j ¡ 2 L2(,G ,P), so in a sense it is the best predictor of X based on the information in G . It may be helpful to consider the special case where the σ algebra G is generated by a single random ¡ variable Y , i.e., G σ(Y ). In this case, every G measurable random variable is a Borel function Æ ¡ of Y (exercise!), so E(X G ) is the unique Borel function h(Y ) (up to sets of probability zero) that j minimizes E(X h(Y ))2. The following exercise indicates that the special case where G σ(Y ) ¡ Æ for some real-valued random variable Y is in fact very general. Exercise 1. Show that if G is countably generated (that is, there is some countable collection of set B G such that G is the smallest σ algebra containing all of the sets B ) then there is a j 2 ¡ j G measurable real random variable Y such that G σ(Y ). -
The Romantext Format: a Flexible and Standard Method for Representing Roman Numeral Analyses
THE ROMANTEXT FORMAT: A FLEXIBLE AND STANDARD METHOD FOR REPRESENTING ROMAN NUMERAL ANALYSES Dmitri Tymoczko1 Mark Gotham2 Michael Scott Cuthbert3 Christopher Ariza4 1 Princeton University, NJ 2 Cornell University, NY 3 M.I.T., MA 4 Independent [email protected], [email protected], [email protected] ABSTRACT Absolute chord labels are performer-oriented in the sense that they specify which notes should be played, but Roman numeral analysis has been central to the West- do not provide any information about their function or ern musician’s toolkit since its emergence in the early meaning: thus one and the same symbol can represent nineteenth century: it is an extremely popular method for a tonic, dominant, or subdominant chord. Accordingly, recording subjective analytical decisions about the chords these labels obscure a good deal of musical structure: a and keys implied by a passage of music. Disagreements dominant-functioned G major chord (i.e. G major in the about these judgments have led to extensive theoretical de- local key of C) is considerably more likely to descend by bates and ongoing controversies. Such debates are exac- perfect fifth than a subdominant-functioned G major (i.e. G erbated by the absence of a public corpus of expert Ro- major in the key of D major). This sort of contextual in- man numeral analyses, and by the more fundamental lack formation is readily available to both trained and untrained of an agreed-upon, computer-readable syntax in which listeners, who are typically more sensitive to relative scale those analyses might be expressed. This paper specifies degrees than absolute pitches. -
ARIC Surveillance Variable Dictionary Incident Stroke
ARIC Surveillance Variable Dictionary Incident Stroke April 2002 j:\aric\admin\vardict\stroke_inc ARIC Surveillance Variable Dictionary – Incidenta Stroke Table of Contents for Year YYb Alphabetical Index .....................................................................................................................................ii 1. Classification Variable COMPDIAG (Computer Diagnosis) ............................................................................................... 1 COMP_DX (Computer Diagnosis – Format Value) ....................................................................... 2 FINALDX (Final Diagnosis) .......................................................................................................... 3 FINAL_DX (Final Diagnosis – Format Value) .............................................................................. 4 2. Event Time/Type & Eligibility Variable DISDATE (Discharge/Death Date) ................................................................................................5 EVENTYPE (Event Type) .............................................................................................................. 6 YEAR (Event Year) ........................................................................................................................ 7 SK_ELIG2 (Stoke Eligibility) ........................................................................................................ 8 3. Incidence* Stroke Variable 3.1 Incident Event CENSORYY (Censoring Date) ..................................................................................................... -
Graduate Music Theory Exam Preparation Guidelines
Graduate Theory Entrance Exam Information and Practice Materials 2016 Summer Update Purpose The AU Graduate Theory Entrance Exam assesses student mastery of the undergraduate core curriculum in theory. The purpose of the exam is to ensure that incoming graduate students are well prepared for advanced studies in theory. If students do not take and pass all portions of the exam with a 70% or higher, they must satisfactorily complete remedial coursework before enrolling in any graduate-level theory class. Scheduling The exam is typically held 8:00 a.m.-12:00 p.m. on the Thursday just prior to the start of fall semester classes. Check with the Music Department Office for confirmation of exact dates/times. Exam format The written exam will begin at 8:00 with aural skills (intervals, sonorities, melodic and harmonic dictation) You will have until 10:30 to complete the remainder of the written exam (including four- part realization, harmonization, analysis, etc.) You will sign up for individual sight-singing tests, to begin directly after the written exam Activities and Skills Aural identification of intervals and sonorities Dictation and sight-singing of tonal melodies (both diatonic and chromatic). Notate both pitch and rhythm. Dictation of tonal harmonic progressions (both diatonic and chromatic). Notate soprano, bass, and roman numerals. Multiple choice Short answer Realization of a figured bass (four-part voice leading) Harmonization of a given melody (four-part voice leading) Harmonic analysis using roman numerals 1 Content -
Proposal for Generation Panel for Latin Script Label Generation Ruleset for the Root Zone
Generation Panel for Latin Script Label Generation Ruleset for the Root Zone Proposal for Generation Panel for Latin Script Label Generation Ruleset for the Root Zone Table of Contents 1. General Information 2 1.1 Use of Latin Script characters in domain names 3 1.2 Target Script for the Proposed Generation Panel 4 1.2.1 Diacritics 5 1.3 Countries with significant user communities using Latin script 6 2. Proposed Initial Composition of the Panel and Relationship with Past Work or Working Groups 7 3. Work Plan 13 3.1 Suggested Timeline with Significant Milestones 13 3.2 Sources for funding travel and logistics 16 3.3 Need for ICANN provided advisors 17 4. References 17 1 Generation Panel for Latin Script Label Generation Ruleset for the Root Zone 1. General Information The Latin script1 or Roman script is a major writing system of the world today, and the most widely used in terms of number of languages and number of speakers, with circa 70% of the world’s readers and writers making use of this script2 (Wikipedia). Historically, it is derived from the Greek alphabet, as is the Cyrillic script. The Greek alphabet is in turn derived from the Phoenician alphabet which dates to the mid-11th century BC and is itself based on older scripts. This explains why Latin, Cyrillic and Greek share some letters, which may become relevant to the ruleset in the form of cross-script variants. The Latin alphabet itself originated in Italy in the 7th Century BC. The original alphabet contained 21 upper case only letters: A, B, C, D, E, F, Z, H, I, K, L, M, N, O, P, Q, R, S, T, V and X. -
Makes Sense Only If P(E) = 0. Discrete Distribution Function: M(Ω)
Math 161 0 - Probability, Fall Semester 2012-2013 Dan Abramovich Conditional probabilities P (F jE) := P (F \ E)=P (E). Makes sense only if P (E) =6 0. Discrete distribution function: m(!) = P (f!g), so 8m(!) < ! 2 E m(!jE) := P (E) :0 ! 62 E: The effect is to replace Ω by E! Continuous: 8 f(!) < ! 2 E f(!jE) := P (E) :0 ! 62 E: 1 2 Example 1: cast a die. E = f! ≥ 4g, F = f! = 6g. P (F jE) = (1=6)=(1=2) = 1=3: P (EjF ) = 1. Example 2: two urns, 2B+3W, 1B+1W P (IjB) =? (2=10)=(2=10 + 1=4) \Bayes probabilities" 3 Example: Monty Hall problem. Say player chooses door 1 always (see book for removing this) draw table 13: 1/6; 12:1/6 23: 1/3 32: 1/6 P (C =6 1jM = 3) = (1=3)=(1=3 + 1=6) = 2=3. cgG 1/6 cGg 1/6 gcG 1/3 gCg 0 ggC 0 gGc 1/3 4 independent events P (F jE) = P (F ) Claim: if nonzero, implies P (F jE) = P (F ) Proof: the definition says P (F jE) = P (E \F )=P (E) so P (F jE)P (E) = P (E \ F ): Now P (EjF ) = P (E\F )=P (F ) = P (F jE)P (E)=P (F ) = P (E) by as- sumption. Can do the same for a collection of events: Ai are independent if P (Ai1∩· · ·∩Aik) = P (Ai1) ··· P (Aik) for distinct ij. Example: A1 first coin heads, A2 second coin heads, B =even number of heads. -
Affordant Chord Transitions in Selected Guitar-Driven Popular Music
Affordant Chord Transitions in Selected Guitar-Driven Popular Music Thesis Presented in Partial Fulfillment of the Requirements for the Degree Master of Arts in the Graduate School of The Ohio State University By Gary Yim, B.Mus. Graduate Program in Music The Ohio State University 2011 Thesis Committee: David Huron, Advisor Marc Ainger Graeme Boone Copyright by Gary Yim 2011 Abstract It is proposed that two different harmonic systems govern the sequences of chords in popular music: affordant harmony and functional harmony. Affordant chord transitions favor chords and chord transitions that minimize technical difficulty when performed on the guitar, while functional chord transitions favor chords and chord transitions based on a chord's harmonic function within a key. A corpus analysis is used to compare the two harmonic systems in influencing chord transitions, by encoding each song in two different ways. Songs in the corpus are encoded with their absolute chord names (such as “Cm”) to best represent affordant factors in the chord transitions. These same songs are also encoded with their Roman numerals to represent functional factors in the chord transitions. The total entropy within the corpus for both encodings are calculated, and it is argued that the encoding with the lower entropy value corresponds with a harmonic system that more greatly influences the chord transitions. It is predicted that affordant chord transitions play a greater role than functional harmony, and therefore a lower entropy value for the letter-name encoding is expected. But, contrary to expectations, a lower entropy value for the Roman numeral encoding was found. Thus, the results are not consistent with the hypothesis that affordant chord transitions play a greater role than functional chord transitions. -
Choir I: Diatonic Chords in Major and Minor Keys May 4 – May 8 Time Allotment: 20 Minutes Per Day
10th Grade Music – Choir I: Diatonic Chords in Major and Minor Keys May 4 – May 8 Time Allotment: 20 minutes per day Student Name: ________________________________ Teacher Name: ________________________________ Academic Honesty I certify that I completed this assignment I certify that my student completed this independently in accordance with the GHNO assignment independently in accordance with Academy Honor Code. the GHNO Academy Honor Code. Student signature: Parent signature: ___________________________ ___________________________ Music – Choir I: Diatonic Chords in Major and Minor Keys May 4 – May 8 Packet Overview Date Objective(s) Page Number Monday, May 4 1. Review Roman numeral identification of triads 2 2. Identify diatonic seventh chords in major Tuesday, May 5 1. Identify diatonic seventh chords in minor 4 Wednesday, May 6 1. Decode inversion symbols for diatonic triads 5 Thursday, May 7 1. Decode inversion symbols for diatonic seventh 7 chords Friday, May 8 1. Demonstrate understanding of diatonic chord 9 identification and Roman numeral analysis by taking a written assessment. Additional Notes: In order to complete the tasks within the following packet, it would be helpful for students to have a piece of manuscript paper to write out triads; I have included a blank sheet of manuscript paper to be printed off as needed, though in the event that this is not feasible students are free to use lined paper to hand draw a music staff. I have also included answer keys to the exercises at the end of the packet. Parents, please facilitate the proper use of these answer documents (i.e. have students work through the exercises for each day before supplying the answers so that they can self-check for comprehension.) As always, will be available to provide support via email, and I will be checking my inbox regularly.