Examples of using Squared minus 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
So the roots or the times that-- I guess the x values that solve this equation, 2x squared minus 2x plus 3 is equal to 0.
over x squared minus 9.
3 times the inverse of this, x squared minus 9, over 2x plus 8.
And then, if we know our a's, b's, and c's, we will say that the solutions to this equation are x is equal to negative b plus or minus the square root of b squared minus 4ac-- all of that over 2a.
If we have x squared minus 8x is equal to 5
x is equal to, let's say, x squared minus 1.
it says what is x squared minus 4x plus 4, divided by x squared minus 3x plus 2, reduced to lowest terms?
You're left with 9x squared, minus 42x, plus 49.
So this is equal to negative 1 times x squared, minus 18x, plus 72.
And then this simplifies to 6x squared, minus 2x, plus nine is equal to… zero.
It's going to be a squared, it's going to be 2x squared, minus b squared, minus 1 squared. .
For what t's does t minus five squared, minus nine, equal zero?
Squared minus 12 squared is equal to 432.
So 24 squared minus 12 squared is equal to 24.78.
And so then we have x squared minus the principal square root of 6 times the principal square root of 2.
And we have x squared minus the principal square root of 6 times x squared plus the principal square root of 2.
So we get x squared minus the principal square root of 6 times this term-- I will do it in yellow-- times x squared.
We say, b squared is equal to 24 squared minus 12 squared, which we know is 144, and that b is equal to the square root of 24 squared minus 12 squared. .
If you view a as x squared-- as this whole expression over here-- x squared minus the principal square root of 6, and you view x plus y as this thing over here, you can distribute.