Examples of using Two solutions in English and their translations into Turkish
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
Two solutions.
There are two solutions.
And you might be saying, wow, this is interesting.This is an equation that has two solutions.
There are two solutions.
Now our two solutions to climate are obviously to reduce our emissions and find storage.
You have got two solutions.
The two solutions could be 4 minus the square root of 15, or x, or and, x could be 4 plus the square root of 15.
We have two solutions.
If this square root exists, and if the positive and negative-- and if it's not 0,you're going to have two solutions.
There are two solutions. Listen.
To achieve that aim, the mass of the cells that make up earthworms andhuman beings has only two solutions.
Martín, I see two solutions here.
Has only two solutions. To achieve that aim, the mass of the cells that make up earthworms and human beings.
Martin, I see only two solutions.
There are two solutions to this problem.
Hard labour and good luck. There's only two solutions, of course.
There will be two solutions. If it's a lengthy problem.
But the real point why Iwanted to show you this is because we always have two solutions.
There's only two solutions, of course: hard labor and good luck.
Here is the problem that disturbed Einsteinso much: if these coordinates systems differ only after t 0{\displaystyle t=0} there are then two solutions; they have the same initial conditions but they impose different geometries after t 0{\displaystyle t=0.
Has only two solutions. that make up earthworms and human beings To achieve that aim, the mass of the cells.
That make up earthworms and human beings has only two solutions. To achieve that aim, the mass of the cells.
We found two solutions, because we found two you suitable r's that make this differential equation true.
To achieve that aim, the mass of the cells has only two solutions. that make up earthworms and human beings.
Has only two solutions. that make up earthworms and human beings To achieve that aim, the mass of the cells.
To achieve that aim, the mass of the cells has only two solutions. that make up earthworms and human beings.
Has only two solutions. To achieve that aim, the mass of the cells that make up earthworms and human beings.
That make up earthworms and human beings has only two solutions. To achieve that aim, the mass of the cells.
So the two solutions of our characteristic equation being set to 0, our characteristic polynomial, are lambda is equal to 5 or lambda is equal to minus 1.
The other thing is to actually give you two solutions for the price of one; you get the big one and if you don't like that, how about the little one?