Приклади вживання This notation Англійська мовою та їх переклад на Українською
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Colloquial
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Ecclesiastic
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Computer
But why this notation?
This notation is important.
Thanks for this notation.
This notation can be considered.
What's up with this notation?
With this notation, the first.
But seldom are they aware of the long tradition of this notation system.
I use this notation below.
Henceforth we will denote by letters X{\displaystyle X}, Y{\displaystyle Y}, Z{\displaystyle Z} any subset of U{\displaystyle U} and, for short, the union of two sets of attributes X{\displaystyle X} and Y{\displaystyle Y} by X Y{\displaystyle XY}instead of the usual X∪ Y{\displaystyle X\cup Y}; this notation is rather standard in database theory when dealing with sets of attributes.
What does this notation look like?
This notation is derived from the following formula:.
And I will actually use this notation, so seven times three minus four.
This notation helps the compiler to effectively vectorize the application.
An extreme(but correct) example of this notation is{}, which denotes the empty set.
This notation is used in academic papers, but this does not define what"black" or"white" is in terms of colorimetry.
The Scientific format changes your number using the scientific notation. For example, 0.0012 will be changed to 1.2E-03. Going back using Generic cell format will display 0.0012 again. The Generic cell data format does notkeep scientific notation so if you want this notation, you have to specify it using this menu item.
We could reverse this notation and say that A is a superset of B.
This notation is used in academic papers, but it must be noted that this does not define what“black” or“white” is in terms of colorimetry.
The chronicler summed with this notation the builder merits of Yaroslav for the entire period of his rule, gave praise to them.
This notation makes the exotic nature of the random function of time η m{\displaystyle\eta_{m}} in the physics formulation more explicit.
This notation may be used when it is desired to emphasize the positiveness of a number, especially when contrasting with the negative(+5 versus- 5).
This notation is called set-builder notation(or"set comprehension", particularly in the context of Functional programming).
Using this notation, we can think of i as the square root of- 1, but we also have(- i)2= i2=- 1 and so- i is also a square root of- 1.
Using this notation, we can think of i as the square root of â1, but notice that we also have{{nowrap|1=(âi)2= i2= â1}} and so âi is also a square root of â1.
In this notation, the function f{\displaystyle f} is the objective function of the problem, and the functions g i{\displaystyle g_{i}} and h i{\displaystyle h_{i}} are referred to as the constraint functions.
This notation can be informally abused by saying something like{dogs} to indicate the set of all dogs, but this example would be read by mathematicians as"the set containing the single element dogs".
Alonzo Church mentions this notation in his classic book on mathematical logic as worthy of remark in notational systems even contrasted to Alfred Whitehead and Bertrand Russell's logical notational exposition and work in Principia Mathematica.
The point of this notation is that if a mass of gas is diluted with pure hydrogen, then its[Fe/H] value will decrease(since there are fewer iron atoms per hydrogen atom after the dilution), but for all other elements X, the[X/Fe] ratios will remain unchanged.