Home Free English Pronunciation Tools Use in a sentence / dg

Examples of the the word, dg , in a Sentence Context

The word ( dg ), is the 12768 most frequently used in English word vocabulary

Mastering contextual understanding of words and phrases is a vital skill for effective communication and English learning. Enhance your proficiency by practicing with our handpicked collection of 50 English phrases.

At the end of the list you can practice your english pronunciation

  1. Reasons (like in English, which can be written with ‹ j ›, ‹ g ›, ‹,DG, ›,‹ DGE ›, or ‹ GE ›). In other cases, there are not enough letters in the
  2. Number of states with magnitude of momentum between p and p+DP is therefore:, dg , \franc~f n^2\, dn \franc~ p^2\, dp where V=L3 is the volume of the box. Notice
  3. E + f\math bf + g\math bf + h\math bf) = (eye - bf - cg - DH) + (AF + be + ch -, dg , ) \math bf + (AG - BH + CE + DF) \math bf + (ah + BG - cf + DE) \math bf. The
  4. Also digraphs (дж) and (дз) that are pronounced as a single sound such as, dg , in knowle dg e for дж and dz. Examples: джмiль (a bumblebee),бджoлa (a bee)
  5. Variable with respect to a real function g is denoted by: \int_ASB f (x) \, dg , ( x) and defined to be the limit, as the mesh of the partition: P=\ of the
  6. By parts is an analogue to the integration by parts' formula, : \int f\, dg , = f g - \int g\, df. Note also that although applications almost always deal
  7. Pullback of the convector determined by g (denoted DG) is given by: FM\math rm, dg , = \math rm d (g \CIRC f). That is, it is the equivalence class of functions on
  8. Shown to have wings. After Michel Chariot of Neo Italy became infected with, dg , cells his Nero's gun dam transformed into Gun dam Heaven's Sword. This gun dam
  9. Frac+\mu \franc+\franc \sigma^2 \franc+h (t)\int_ (\Delta g \eta_g (\dot) \, dg , ) \, \right) DT + \franc \sigma \, d W (t) + d J_g (t). \end Itō's lemma
  10. Of cycles, it leaves DG days since the beginning of the current cycle. * From, dg , compute the number c (from 0 to 4) of Gregorian centennial cycles (there
  11. Berger and Shaw proved that: (T (f) T (g) - T (g) T (f) ) = \int_0^ f, dg , If f and g are smooth, then: T (ex)T (ex) T (ex) is in G. Harold Widow
  12. Cy with SY ## TCH with 2ch ## c with k ## q with k ## x with k ## v with f ##, dg , with 2g ## to with so ## Tia with SIA ## d with t ## pH with FH ## b with p
  13. Octant. The number of states with energy between E and E + DE is therefore::, dg , \franc\,fn^2\, dn \franc~\franc~\beta^3 E^2\, dE Notice that in using this
  14. Μg in the usual way. If g is non-increasing, then define: \int_ASB f (x)\, dg , ( x): = -\int_ASB f (x) \, d (-g) (x),the latter integral being defined
  15. Lebesgue–Stilts integral with respect to g is defined by: \int_ASB f (x)\, dg , ( x) = \int_ASB f (x)\, dg _1 (x)-\int_ASB f (x)\, dg _2 (x),where the
  16. Omega\approx \int_0^\nifty \LN\left (1-ze^\right)\, dg . The degeneracy, dg , may be expressed for many situations by the general formula:: DG =
  17. Delta g is drawn from distribution \eta_g () which may depend on g (to-),DG, and S (to-). The jump part of g is: \begin g (t)-g (to-) & =h (t) \, dt
  18. G),the operator π\nu, k (f) defined by: \pi_ (f)=\int_G f (g)\pi (g)\, dg , is Hilbert-Schmidt. We define a Hilbert space H by: H=\rigorous_ HS (L^2 (C)
  19. Its kerneland satisfying Leibniz rule \math rm d (FG) = f \math rm \, \math rm, dg , + g \, \math rm DF. The module of Mahler differentials is defined as the
  20. Laplace–Stilts transform is given by: :\ (s) = \int_^ \matrix\, dg , ( x). * The unilateral (one-sided) Laplace–Stilts transform is given by:
  21. Integral admits integration by parts in the form: \int_ASB f (x) \, dg , ( x)=f (b)g (b)-f (a)g (a)-\int_ASB g (x) \, df (x). And the existence
  22. The Lie derivative),nor is the exterior derivative: d (FG) = (DF)g + f (, dg , ) \new f (DG) (it is a derivation, not linear over functions): they are not
  23. Out Death Bats.; Grand Gun dam: After Chapman of Neo England was infected with, dg , cells his John Bull Gun dam (Royal Gun dam in the English Version) transforms
  24. Of the differential map include: # d is a linear map: d (AF + BG) = a DF + b, dg , for constants a and b, # d (FG)x = f (x)DG + g (x)SFX, The differential map
  25. The moment E (In) exists, then it is equal to: E (XSN) = \int_^\nifty XSN\, dg , ( x). Application to functional analysis The Riemann–Stilts integral
  26. Which the CD\nifty (smooth) functions form an algebra. It is given by:: \ i_, dg ,- i_ DF = -\. The skew-symmetry of the Poisson bracket is ensured by the axioms
  27. I (ƒ) to be the Riemann–Stilts integral: I (f) = \int_ASB f (x)\, dg , ( x) for all continuous functions ƒ. The functional I define a Radon measure
  28. From test (), it is no longer valid to use it (most probably calling foo via, dg , ( ), will return a 'random' integer). This can be solved by explicitly
  29. Laplace–Stilts transform is given by: :\ (s) = \int_^ \matrix\, dg , ( x).: where the lower limit 0− means: :\LIM_\int_^\nifty.: This is necessary
  30. Dg may be expressed for many situations by the general formula::, dg , = \franc\, \franc ~DE where α is a constant, E_c is a" critical energy ", and Γ
  31. Replaced by an integral:: \Omega\approx \int_0^\nifty \LN\left (1-ze^\right)\, dg , The degeneracy DG may be expressed for many situations by the
  32. At f (x). Then the pullback of the convector determined by g (denoted, dg , ) is given by: FM\math rm DG = \math rm d (g \CIRC f). That is, it is the
  33. Measure associated with g. The Lebesgue–Stilts integral: \int_ASB f (x)\, dg , ( x) is defined as the Lebesgue integral of ƒ with respect to the measure kg
  34. Mapping g= (g_),then one can write \omega explicitly as: \omega = go \, dg , In this sense, the Mauser–Tartan form is always the left logarithmic
  35. After being disemboweled, look like this:: The QC brown FX jumps VR TH lay, dg , Disemvoweling is a common feature of SMS language. Examples include Nazi→N*z*
  36. The Laplace transform of a Stilts measure. To wit, : \magical*g = \mathcal (, dg , ). In particular, it shares many properties with the usual Laplace transform.
  37. Z’ in zoo, or English‘s’ in has; sometimes like English ‘ j’ in jump, or ‘, dg ,’ in bu dg e when at the beginning or in the middle of a word - Nazi grass skirt
  38. Cycle) since the epoch; subtract the days for this number of cycles, it leaves, dg , days since the beginning of the current cycle. * From DG, compute the number c
  39. Of the Devil Gun dam. After Wong kidnapped Allen by Beardsley he infected her with, dg , cells causing her to transform into this gun dam. As one of the four kings Demon
  40. Gregorian calendar).: * let g j div 146097; let DG j mod 146097;: * let c (, dg , div 36524 + 1) × 3 div 4; let DC DG − c × 36524;: :* let a (db div 365 + 1)
  41. The metric tensor. The differential of the determinant of the metric tensor is:, dg , g go DG_ -g_ DG. The relationship between the Christopher symbols and the
  42. G is given by a Lebesgue–Stilts integral of the form: \int\matrix\, dg , ( x) for s a complex number. As with the usual Laplace transform, one gets a
  43. The symplectic manifold, and the Poisson bracket written simply \ \tilde (DF, dg , ). The Poisson bracket on smooth functions corresponds to the Lie bracket on
  44. In year AD 1 of the poetic Gregorian calendar).: * let g j div 146097; let, dg , j mod 146097;: * let c (DG div 36524 + 1) × 3 div 4; let DC DG − c × 36524;:
  45. T_1<\dots< t_n T. The Stilts integral with respect to the vector measure, dg , : \int_0^T end (t) is defined as a Riemann–Stilts integral. Indeed, if π
  46. Example of this failure). But the identity: E (f (X))=\int_^\nifty f (x)\, dg , ( x) holds if g is any cumulative probability distribution function on the
  47. Of that function is allowed to escape the current scope (via assignment to, dg , or return). Any other local variables (or arguments) that are not referenced
  48. 146097; let DG j mod 146097;: * let c (DG div 36524 + 1) × 3 div 4; let DC, dg , − c × 36524;: :* let a (db div 365 + 1) × 3 div 4; let the db − a × 365;: *
  49. Potential theory. Definition The Lebesgue–Stilts integral: \int_ASB f (x)\, dg , ( x) is defined when ƒ: a, b → R is Borel-measurable and bounded and g: a, b →
  50. Cumulative distribution function g, such that: f (t) = \int_0^\nifty ex \, dg , ( x),the integral being a Riemann–Stilts integral. Nonnegative functions

Now it is your turn - use the english voice checker

Take control of your English pronunciation with our Voice Checker tool. It's your turn to sound confident and fluent!


Here it will appear the recognized speech.

Your voice recordings list

To download your recording the the download link above the audio player

Our data base is updated daily, click here to check out all sentences

Free Text to Speech Tool: Convert Text to Audio Online

Now that you have trained speaking all the phrases you can use our tool to improve your english speaking skills. You have the option of using four different synthesized english voices: Microsoft Mark - English (United States), Microsoft Zira - English (United States), Microsoft David - English (United States), Google US English, Google UK English Female, Google UK English Male

Note that it may take some seconds for your to be able to hear the voice