Examples of using Frac in English and their translations into Ukrainian
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
with cell edge fluxes indexed as i± 1 2{\displaystyle i\pm{\frac{1}{2}}}, by differentiating(6) with respect to time to obtain.
d d t f= f.{\displaystyle{\frac{\mathrm{d}}{\mathrm{d} t}}{\boldsymbol{f}}=\left{\boldsymbol{f}}\.} This result is also known as the Transport Theorem in analytical dynamics and is also sometimes referred to as the Basic Kinematic Equation.
by analogy with differentiation, for which( d d x f^)( k)= i k f^( k){\displaystyle\left({\widehat{{\frac{ d}{ dx}}
At this inclination the factor( 5 4 sin 2 i- 1){\displaystyle\left({\frac{5}{4}}\sin^{2}i-1\right)} is zero,
All of these operators violate both baryon number(B) and lepton number(L) conservation but not the combination B- L. In GUT models, the exchange of an X or Y boson with the mass ΛGUT can lead to the last two operators suppressed by 1 Λ G U T 2{\displaystyle{\frac{1}{\Lambda_{ GUT}^{ 2}}}}.
given that it has never failed to in the past, was Pr( sun will rise tomorrow)= d+ 1 d+ 2{\displaystyle\Pr({\text{sun will rise tomorrow}})={\frac{d+1}{d+2}}} where d is the number of times the sun has risen in the past.
In particular, Pn1 can also be expressed as P n 1= 1 1+ exp(- β( z n 1- z n 2)){\displaystyle P_{n1}={\frac{1}{1+\exp-\beta z_{n1}-z_{n2 Note that if two error terms are iid extreme value, their difference is distributed logistic, which is the basis for the equivalence of the two specifications.
t){\displaystyle{\frac{ d}{ dt}} x( t)= g( x( t),
wide-angle lenses, it is reasonable to approximate α≈ d f{\displaystyle\alpha\approx{\frac{d}{f}}} radians or 180 d π f{\displaystyle{\frac{180d}{\pi f}}} degrees.
This equation becomes quasilinear on making the change of variables u≡ 1 r{\displaystyle u\equiv{\frac{1}{r}}} and multiplying both sides by m r 2 L 2{\displaystyle{\frac{ mr^{ 2}}{ L^{ 2}}}}.
d p d R= ρ v 2 R{\displaystyle{\frac{\operatorname{d} p}{\operatorname{d} R}}=\rho{\frac{ v^{ 2}}{ R}}}
Stimulation techniques- frac generations.
Frac design and evaluation.
Plunger/Frac Pump& Spare.
Frac diagonal fractions.
N A=- D A B d C A d x{\displaystyle N_{ A}=- D_{ AB}{\ frac{ dC_{ A}}{ dx}}}(only applicable for no bulk motion).
Where c= B ρ 0{\displaystyle c={\sqrt{\frac{B}{\rho_{0}}}}} is the speed of propagation.
The course is based on the basic concepts applicable to conventional fracturing as well as a review of practices in unconventional formation environments using innovative frac and completion techniques.
total components and noting that C=∂ P∂ ρ{\displaystyle C={\frac{\partial P}{\partial\ rho}}}.
then its surface equals 1 2{\displaystyle\textstyle{\frac{1}{2}}}.