Приклади вживання Displaystyle Англійська мовою та їх переклад на Українською
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are called disjoint events if A∩ B=∅{\displaystyle A\cap B=\varnothing}.
At the point λ i{\displaystyle\lambda_{i}}.
A variety of arguments have been advanced historically to establish the equation A= π r 2{\displaystyle A=\pi r^{2}}.
Applying the integration formula∭ T ρ 2 ρ d ρ d φ d z{\displaystyle\iiint_{T}\rho^{2}\rho\ d\rho d\varphi dz}.
ρ T{\displaystyle\rho_{T}} is smaller than ρ C{\displaystyle\rho_{C}}[1].
the green path has length 6 2≈ 8.49{\displaystyle 6{\sqrt{2}}\approx 8.49},
First, we know the value of The idea is that while the curve is initially unknown, its starting point, which we denote by A 0,{\displaystyle A_{0},} is known(see the picture on top right).
smaller values of σ i{\displaystyle\sigma_{i}} are used in denser parts of the data space.
The odds on A 1{\displaystyle A_{1}} to event A 2{\displaystyle A_{2}} is simply the ratio of the probabilities of the two events.
n α M α β, β{\displaystyle n_{\alpha}~M_{\alpha\beta,\beta}} is an effective shear force.
Where c= B ρ 0{\displaystyle c={\sqrt{\frac{B}{\rho_{0}}}}} is the speed of propagation.
To account for the inaccuracy in the shear strain, a shear correction factor( κ{\displaystyle\kappa}) is applied so that the correct amount
Before taking partial derivative with respect to β^{\displaystyle{\hat{\beta}}}, substitute the previous result for α^{\displaystyle{\hat{\alpha}}}.
r}{\displaystyle\{p, q, r\}}.
If u L{\displaystyle u_{L}} is the velocity of the liquid relative to the bubble at r= R{\displaystyle r=R}, then the mass entering the bubble is given by.
The first is the invariant mass μ{\displaystyle\mu} of the test particle, defined by the relation.
Which also represents the exponential generating function of the complete Bell polynomials on a fixed sequence of arguments a 1, a 2,…{\displaystyle a_{1}, a_{2},\dots}.
for some constant a 0{\displaystyle a_{0}}.
The surprisal for an event of probability p{\displaystyle p} is defined as s= k ln( 1/ p){\displaystyle s=k\ln(1/p)}.
we find f= 1.5⋅ F{\displaystyle f=1.5\cdot F} and thus the angle