What is Form: Definition and 1000 Discussions

Sonata form (also sonata-allegro form or first movement form) is a musical structure consisting of three main sections: an exposition, a development, and a recapitulation. It has been used widely since the middle of the 18th century (the early Classical period).
While it is typically used in the first movement of multi-movement pieces, it is sometimes used in subsequent movements as well—particularly the final movement. The teaching of sonata form in music theory rests on a standard definition and a series of hypotheses about the underlying reasons for the durability and variety of the form—a definition that arose in the second quarter of the 19th century. There is little disagreement that on the largest level, the form consists of three main sections: an exposition, a development, and a recapitulation; however, beneath this general structure, sonata form is difficult to pin down to a single model.
The standard definition focuses on the thematic and harmonic organization of tonal materials that are presented in an exposition, elaborated and contrasted in a development and then resolved harmonically and thematically in a recapitulation. In addition, the standard definition recognizes that an introduction and a coda may be present. Each of the sections is often further divided or characterized by the particular means by which it accomplishes its function in the form.
After its establishment, the sonata form became the most common form in the first movement of works entitled "sonata", as well as other long works of classical music, including the symphony, concerto, string quartet, and so on. Accordingly, there is a large body of theory on what unifies and distinguishes practice in the sonata form, both within and between eras. Even works that do not adhere to the standard description of a sonata form often present analogous structures or can be analyzed as elaborations or expansions of the standard description of sonata form.

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  1. avito009

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  2. Kuzon

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  3. Cobalt101

    I Time to Form Black Hole? | Observer Slows Time at Event Horizon

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  4. C

    Circled Part Formula in Double Integral: Explaining the Use of dA in Polar Form?

    Homework Statement can someone explain about the formula of the circled part? Why dA will become r(dr)(dθ)? Homework EquationsThe Attempt at a Solution A = pi(r^2) dA will become 2(pi)(r)(dr) ? why did 2(pi) didnt appear in the equation ?
  5. stevendaryl

    I Asymptotic Behavior of Modified Bessel Functions

    Does anyone know whether the following integral has a closed-form solution? If not, is anything known about the asymptotic behavior? f(x) = \int_{-\infty}^{+\infty} \frac{e^{iux}}{\sqrt{u^2 + 1}} du
  6. Ali Durrani

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  7. munirah

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  8. F

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  9. F

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  10. J

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  11. F

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    Homework Statement http://www-mdp.eng.cam.ac.uk/web/library/enginfo/aerothermal_dvd_only/aero/fprops/dimension/node9.html in the link above , the author stated that F / (rho)(D^2)(v^2) = f( (rho)(v)(D) / (μ) ) , Homework EquationsThe Attempt at a Solution can i rewrite in in anotgher way ...
  12. 5

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  13. M

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  14. Evangeline101

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  15. J

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  16. D

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  17. odietrich

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  18. V

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  19. Isaac0427

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  20. S

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  21. EnigmaticField

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  22. F

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  23. G

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  24. A

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  25. Kirito123

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  26. C

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  27. Kingyou123

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  28. kolawoletech

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  29. kolawoletech

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  30. M

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    Hey! :o We consider the differnetial equation $$(x-xy(x))+(y(x)+x^2)y'(x)=0$$ I have found the integrating factor $\mu (x,y)=\sqrt{x^2+y^2}$. Using this I have to find the solution of the problem in interlaced form. Could you give me some hints what I am supposed to do? (Wondering) I...
  31. C

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  32. B

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  33. Adraasa Kynuei

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  34. karush

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  35. karush

    MHB Can the Polar Form of $y=x^3$ be Plotted on W|A?

    $y=x^3$ in polar form I got to this but it didn't plot ${x}^{3}$ $$r=\pm\sqrt{\frac{\sin\left({x}\right)}{\cos^3\left({x}\right)}}$$
  36. N

    How to know what binding agent to use? (powder into pseudo solid form)

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  37. F

    Form differential equation by substituition

    Homework Statement dy/dx = (x-y+2) / (x+y-2) , by using x=X and y=Y+2 , form a differential equation . Homework EquationsThe Attempt at a Solution the author gave the answer as (Y^2) +(2XY) -(X^2)+A= 0 , while my answer is (Y^2) +(2XY) -(X^2)+A(X^4)= 0 is there anything wrong with my answer?
  38. F

    A Taking limits in discrete form

    I'm trying to calculate this limit to answer a question in Quantum Mechanics: \mathop {\lim }\limits_{{t_1} \to 0} \,\,{\left( {\frac{m}{{2\pi \hbar i{t_1}}}} \right)^{{\raise0.5ex\hbox{$\scriptstyle 1$} \kern-0.1em/\kern-0.15em \lower0.25ex\hbox{$\scriptstyle 2$}}}}{e^{im{{(x' - x)}^2}/2\hbar...
  39. M

    Rearranging x=x0e^-lambda t in the form y=mx+c

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  40. EverGreen1231

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  41. tomdodd4598

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  42. A

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  43. Stephanus

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  44. NATURE.M

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  45. G

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  46. D

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  47. Odious Suspect

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  48. Odious Suspect

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  49. F

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  50. A

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