Examples of using Scriptstyle in English and their translations into Spanish
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Colloquial
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Official
calculate the arithmetic mean x¯{\displaystyle\scriptstyle{\bar{x}}} for each sample- this statistic is called the sample mean.
Both the open-circuit and the short-circuit L-sections are capable of being reversed so that R 0{\displaystyle\scriptstyle R_{0}} is then presented at the output and the variable impedance is presented at the input.
The exponential generating function may then be read off from this notation by translating the S E T{\displaystyle\mathrm{S\scriptstyle ET}} operator into the exponential function
or the transmission line T L t f{\displaystyle\scriptstyle TL_{t_{f}}}(i.e. the energy storage components) after commutation.
rather, the coupling must be due to a static deviation from a 1/ r{\displaystyle\scriptstyle{1/r}} coulomb potential,
It is obligatory to choose R B∞{\displaystyle\scriptstyle R_{ B}\;=\;\ infty}
A problem X{\displaystyle\scriptstyle X} is polynomial-time Turing-reducible to a problem Y{\displaystyle\scriptstyle Y}
defined as γ 1/ 1- v 2/ c 2{\displaystyle\scriptstyle\gamma =1/{\sqrt{ 1-{ v^{ 2}}/{ c^{ 2}}}}}
C){\displaystyle\scriptstyle\ell^{p}(\mathbb{Z},\mathbb{C})} space.
This is the area of a circle with radius s{\displaystyle\scriptstyle{\sqrt{s}}}, divided by π{\displaystyle\scriptstyle\pi.
its equation is 4 f y x 2{\displaystyle\scriptstyle 4fy=x^{2}}, where f{\displaystyle\scriptstyle f}
they are misaligned by an angle ψ{\displaystyle\scriptstyle{\psi}}, the induced voltage will be multiplied by cos ψ{\displaystyle\scriptstyle{\cos\psi.
R a{\displaystyle\scriptstyle{R_{a}}} is the series resistive part of the antenna impedance Z a{\displaystyle\scriptstyle{Z_{a}}\.
The difference is that now the new value that will be stored in the memory cell is driven into the bit line( B L{\displaystyle\scriptstyle BL}) and the inverted one into its complement B L¯{\displaystyle\scriptstyle{\overline{BL.
E b{\displaystyle\scriptstyle{E_{b}}} is the magnitude of the electrical field of the incoming electromagnetic wave.
G a{\displaystyle\scriptstyle{G_{a}}} is the directive gain of the antenna(the same as in emission)
The integrality gap of this ILP is at most log n{\displaystyle\scriptstyle\log n},
4 F D R 2,{\displaystyle\scriptstyle 4FD=R^{2},} where F{\displaystyle\scriptstyle F}
Unfortunately, the task of decomposing the estimated matrix Π^{\displaystyle\scriptstyle{\hat{\Pi}}} into the individual factors Β
The input port still presents an impedance of R 0{\displaystyle\scriptstyle R_{0}}(provided that the output is terminated in R 0{\displaystyle\scriptstyle R_{0}}) but the output port no longer presents a constant impedance.