Examples of using One variable in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
There's only one variable.
The one variable in this is Abby.
Time is just one variable.
When one variable changes, the other variable also changes.
But time is only one variable.
However, there is one variable that doesn't fit into my model.
Practice: Evaluating expressions with one variable.
And I guess the one variable that I haven't considered is the competition.
Now, let's think about expressions with more than one variable.
Finite differences can be considered in more than one variable.
One variable is equal to a constant times 1 over the other variable. .
Now, let's think about expressions with more than one variable.
But when you scale one variable up by 7, you also have to scale up the other variable by 7.
In the substitution method, we manipulate one of the equations such that one variable is.
If one variable is already known, a receiver can determine its position using only three satellites.
Then, we take this new definition of one variable and substitute it for the same variable in the.
By group complementation, I'm referring to the complement of a group of terms,represented by a long bar over more than one variable.
Only one variable separated the people who have a strong sense of love and belonging from the people who really struggle for it.
In the substitution method, we manipulate one of the equations such that one variable is defined in terms of the other.
There was only one variable separating the people who have a sense of love and belonging and the people who really struggle for it.
We already know that if you have one equation,it has one variable, it is very easy to solve for that one variable. .
There was only one variable, she discovered, that separated the people who have a strong sense of love and belonging and the people who struggled for it.
These equations are generally more difficult to solve than ordinary differential equations,which contain derivatives with respect to only one variable.
In this case,because we are showing that the value of one variable changes the value of another, there is an explanatory and a response variable. .
Being that the first equation has the simplest coefficients(1, -1, and 1, for x, y, and z, respectively),it seems logical to use it to develop a definition of one variable in terms of the other two.
In direct variation, if you scale up one variable in one direction, you would scale up the other variable by the same amount.
Tail recursion can be related to the while control flow operator by means of a transformation such as the following: function foo(x) is: if predicate(x) then return foo(bar(x)) else return baz(x) The above construct transforms to: function foo(x) is: while predicate(x) do: x← bar(x) return baz(x) In the preceding,x may be a tuple involving more than one variable: if so, care must be taken in designing the assignment statement x← bar(x) so that dependencies are respected.
In one variable, the Hessian contains exactly one second derivative; if it is positive, then x{\displaystyle x} is a local minimum, and if it is negative, then x{\displaystyle x} is a local maximum; if it is zero, then the test is inconclusive.