Examples of using Coefficient 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
The coefficient there is 1.
Minus 4 times this coefficient.
The coefficient there is 2.
He's adding back the coefficient.
The coefficient there is just 1.
People also translate
And then we multiply the coefficient.
Half of that coefficient is negative 2.
The problem is obviously the drag coefficient.
No, drag coefficient models.
So a plus b will be equal to the middle coefficient.
So we get our first coefficient. c1 is equal to 1.
The coefficient isn't lambda, it's lambda sub one.
That's why my Crime Coefficient shows a crazy number.
And then apply it back to three dimensions and the coefficient.
We multiply the coefficient times 1 over the new exponent.
The x squared term is here, the coefficient is minus 9.
The coefficient on the blood coagulants is almost matching.
You could figure out this coefficient of kinetic friction.
The Evolution of Pearson's Correlation Coefficient.
Increase thermal input coefficient to 150 percent. That won't do it.
We just have to multiply both sides of this equation by the inverse of this coefficient.
If this were, this coefficient would be equivalent to the 2a.
That won't do it. Increase thermal input coefficient to 150 percent.
And notice: this coefficient is the same as that coefficient.
And this works every time for second order homogeneous constant coefficient linear equations.
Increase thermal input coefficient to 150%. That isn't going to do it.
We get a1 squared times this coefficient plus this coefficient.
Increase thermal input coefficient to 150 percent.- That isn't gonna do it.
So this must be equal to whatever the coefficient on cosine of x is on the right-hand side.
I just took half of this coefficient, squared it, got positive 9/4.