Examples of using It can be shown in English and their translations into Vietnamese
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Colloquial
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Ecclesiastic
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Computer
It can be shown that.
When kgt; 0{\displaystyle kgt;0}, it can be shown that.
It can be shown(see Appendix A.3) that observed length as.
POIs can continue using SSL/early TLS when it can be shown that the POI is not susceptible to the currently known exploits.
It can be shown anywhere around the body and last from minutes to days.
The product of two homotopy classes of loops[f] and[g]is then defined as[f∗ g], and it can be shown that this product does not depend on the choice of representatives.
However, it can be shown that wit and wis(t= s) are correlated;
Then, looking at 32M transactions in one day andwith the reported error rate giving 1.92M fails, it can be shown that DPMO= 15,000 and the process Six Sigma level= 3.67.
Moreover, it can be shown that multiplication distributes over addition.
An aggrieved investor may, by bringing an action for deceit(a civil claim in tort rather than contract),obtain damages for deceit if it can be shown that.
It can be shown that motorists strongly dislike the bother, delay, and experience of buying gasoline.
Nowadays the Controllers won't approve of any new game unless it can be shown that it requires at least as much apparatus as the most complicated of existing games'(p.35).
It can be shown that the two waves generate an interference pattern transverse to the average propagation direction.
The investment made by the would-be immigrant can notbe applied to the purchase of real estate unless it can be shown that it is essential to the business, in which case no more than two thirds of this investment can be applied for this purpose.
It can be shown that for every maximum turbine inlet temperature there is also an optimum pressure ratio.
By recalling the beginnings of historywhen Being unveiled itself in the thinking of the Greeks, it can be shown that the Greeks from the very beginning experienced the Being d beings as the presence of the present.
It can be shown that additivity implies homogeneity in all cases where α is rational;
Violations of federal law occur where it can be shown that the force used was willfully"unreasonable" or"excessive" against individuals.
It can be shown that the full Kelly bettor stands a 1/3 chance of halving her bankroll before she doubles it. .
Analysis, it can be shown that all integers greater than 28123 can be written as the.
It can be shown that there is no absolute“best” criterion which would be independent of the final aim of the clustering.
By mathematical analysis, it can be shown that all integers greater than 28123 can be written as the sum of two abundant numbers.
It can be shown that there is no absolute"best" criterion which would be independent of the final aim of the clustering.
In particular, it can be shown that, under certain idealised conditions, a system of free markets will lead to a Pareto efficient outcome.
It can be shown that a number is rational if and only if its decimal representation is repeating or terminating(i.e. all except finitely many digits are zero).
In fact, for some effectively calculable functions it can be shown that any algorithm that computes them will be very inefficient in the sense that the running time of the algorithm increases exponentially(or even superexponentially) with the length of the input.
That is, if it can be shown that the purpose of a given narrative is to establish precedent, then that precedent should be regarded as normative.
It can be shown that almost every sequence(from the point of view of the standard measure-"fair coin" or Lebesgue measure- on the space of infinite binary sequences) is random.
If it can be shown that they are fully compliant with their medication, then the probability that they have another diagnosis(perhaps in addition to the diagnosis of TB) is very high.
It can be shown that as the radius R approaches infinity and the arguments a/R, b/R, and c/R tend to zero, the spherical relation between the sides of a right triangle approaches the Euclidean form of the Pythagorean theorem.