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(joint champions) 1980 T. D. R. Peiris and Harinlal Aturupane (joint champions) 1981 Harsha Aturupane 1982 Harsha Aturupane 1983 T. D. R. Peiris 1984 Harinlal...

energy transport (appropriate for a white dwarf), the energy equation is d T d r = − 1 k l 4 π r 2 , {\displaystyle {{\mbox{d}}T \over {\mbox{d}}r}=-{1 \over...

surround it. These are a few of the ways it can change: [n] (before n, t, d, r, ts, and z) [m] (before m, p and b) [ŋ] (before k and g) [ɲ] (before ni...

≈ 1.618   t , W = 2 − 2 5 ⋅ H ≈ 1.051   H , R = 5 + 5 10 t ≈ 0.8507   t , D = R   5 + 5 2 = 2 R cos ⁡ 18 ∘ = 2 R cos ⁡ π 10 ≈ 1.902   R . {\displaystyle...

acceleration of the particle can be written as: a = d 2 r d t 2 = d d t d r d t = d d t ( [ d r d t ] + ω × r   ) = [ d 2 r d t 2 ] + ω × [ d r d t ] + d ω d...

formula. The linear interpolation formula to compute f(a) is f ( a ) = f r + t D r {\displaystyle f(a)=f_{r}+tD_{r}} where t = a − x r h {\displaystyle t={\frac...

/ŋ/ is realized as [ŋ͡w]. Intervocalic plosives are lenited: /b/ → [β] /t, d/ → [ɾ] /k/ → [ɢ̆] or [ɰ] /i, u/ are phonetically near-close [ɪ, ʊ]. /e, ʌ, o/...

distribution in R {\displaystyle \mathbb {R} } then lim x → 0 T − τ x T x = T ′ ∈ D ′ ( R ) , {\displaystyle \lim _{x\to 0}{\frac {T-\tau _{x}T}{x}}=T'\in {\mathcal...

t {\displaystyle P_{t}} is: P r P t = D t D r ( λ 4 π d ) 2 {\displaystyle {\frac {P_{r}}{P_{t}}}=D_{t}D_{r}\left({\frac {\lambda }{4\pi d}}\right)^{2}}...

Lionel Robert Jean-Daniel Raulet Cougar C26S-Porsche C2 331 11th 11th 1992 T.D.R. Limited Chris Hodgetts Thierry Lecerf Spice SE90C-Ford Cosworth C1 - DNS...

r\ell } When Fourier's equation is applied: Q ˙ = − k A r d T d r = − 2 k π r ℓ d T d r {\displaystyle {\dot {Q}}=-kA_{r}{\frac {dT}{dr}}=-2k\pi r\ell...

dental consonant, i.e. /s/,/z/,/þ/,/t/,/d/,/r/,/l/,/n/. Before any dental consonant, i.e. /s/,/z/,/þ/,/t/,/d/,/r/,/l/,/n/. The result of the High German...

-l consonant, however, can vary; when followed by a sun letter such as t, d, r, s, n and a few others, it assimilates to that sound, thus doubling it...

vector from the origin. The time-derivative of this is: d L d t = r × d p d t + d r d t × p . {\displaystyle {\frac {\mathrm {d} \mathbf {L} }{\mathrm {d}...

resulting in x. If the stem-final consonant was another alveolar consonant (t, d, r), it elided before the -s. In a later era, n before the nominative ending...

velocity is the time derivative of the displacement: v ( t ) = d d t r ( t ) = d R d t u ^ R ( t ) + R d u ^ R d t . {\displaystyle \mathbf {v} (t)={\frac...

Independent 1962 R. Venkatasubha Reddiar Indian National Congress 1967 T. D. R. Naidu Dravida Munnetra Kazhagam 1971 M. R. Lakshmi Narayanan Indian National...

Riemann–Roch theorem states c h ^ ( f ∗ ( [ E ] ) ) = f ∗ ( c h ^ ( E ) T d ^ R ( T X / Y ) ) {\displaystyle {\hat {\mathrm {ch} }}(f_{*}([E]))=f_{*}({\hat...

(Equation 1) R T P = R T + d R T d t ⋅ t T O F ′ = R T + d R T d t ⋅ ( t T O F + t D e l a y ) {\displaystyle {\begin{array}{lcr}R_{TP}&=&R_{T}+{\frac...

the heat transfer occurs. Equation 1 implies that the quantity k r ( d T / d r ) {\displaystyle {kr(dT/dr)}} is not dependent of the radius r {\displaystyle...