Examples of using Can factor in English and their translations into Thai
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
We can factor a 4 out.
So the numerator we can factor.
We can factor out a 3.
And in the denominator we can factor a 5 out.
We can factor 10 into 2 times 5.
And our denominator, we can factor out a 4.
We can factor out a 4 as-- so 4 times p plus 5.
Then in the denominator, we can factor a squared minus 1.
And here I can factor out a negative 1, so minus 1 times x plus 3.
You might immediately recognize you can factor out an a squared.
Now, we can factor out an x plus 6, and we get we get x plus 6 times 2x plus 5.
And then that second part, in that dark purple color, can factor out an 11.
And then of course you can factor out the dt out of the radical sign now.
The reason why I wrote the 8x first is because the 8 shares common factors with the 2,so maybe we can factor out a 2x here.
In that second group, we can factor out a 5, so you get plus 5 times x plus 6.
So we have a 2x squared here and they already kind of hinted to us that we're going to have an integer solution, so we can factor this.
Now we have a nice quadratic equation, and we can factor this thing on the left-hand side.
Like we can factor out a k plus 3; there's a k plus 3 times a k, and then we have a k plus 3 times the negative 6.
Let me do that in a different color. a squared minus 1 we can factor as a plus 1 times a minus 1.
Even 10, we can factor that further into its prime components or into its prime factorization.
Now, the first pattern I see is this first part, we can factor out a cosine to the fourth T.
This top part, we can factor the a squared minus 4 as a plus 2-- 2 squared is 4-- times a minus 2, and then that times a plus 1.
Then on this first group right here, we can factor out a 2x, so if you factor out a 2x, you get 2x times x plus 6.
We can factor this a squared minus 4 and we can also factor this a squared minus 1, and that will help us actually simplify the expression or simplify the rational.
Just like the last problem, we can factor an r out, so we get r times sine of theta minus 2 cosine of theta is equal to minus 3.
So we could factor out that c1 constant, and we get c1 times.
We could factor out a 2.
We could factor out a z-squared.
Now there's one alternate way that you could factor this and it would be completely legitimate.
Or you could factor the negative 1 out and divide all of these by negative 1.