Examples of using Whole expression 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
Let me rewrite the whole expression.
This whole expression is 0, because x minus 2 would be 0.
Now, I can rewrite this whole expression.
I can rewrite this whole expression as, well 4 is the product of 2 times 2.
Because if t equals 0, this whole expression is 1.
And what makes this whole expression equal 0, in this case, it was y is equal to 0.
So that becomes times 3 times the whole expression, right?
And we just pretend like this whole expression, x-squared plus 2x plus 3 is just kind of like the variable x.
And now we distribute this minus over this whole expression.
So this whole expression has simplified to Cosine to the fourth T plus Cosine squared T Sine squared T.
We get this is equal to-- this whole expression right here.
I said, well this whole expression squared is equal to this squared minus 2 times the two things multiplied out.
So we have shown that this whole expression is equal to 0.
So the chain rule tells us it's just the derivative of this whole expression.
But instead of an x, we have this whole expression, 5x to the third minus 7x.
And the reason why we got 1, minus 2, we just have to think about what makes this whole expression equal 0?
So this whole expression, I'm just going to rewrite it, is the same thing as-- and remember this is just the squared error of the line.
If you square it, you're going to get this whole expression.
So our whole expression is now going to be equal to the square root of this first expression, will become-- and I'm going to write it this way.
So if you substitute that there, what does our whole expression equal?
So then we take minus 7, so it's times minus 7, this whole expression, I'm going to run out of space. x to the third plus 2x squared minus x to the minus 2.
And if I put x is equal to 2, then this thing becomes 0,which will make this whole expression 0, and I will just be.
So this whole expression is equal to-- instead of drawing the radical, I will just write the square root of this, of c squared over 4 times all of this.
If you're talking about the terms of this whole expression, there's one, two, three.
I say, if I have an expression, and I have its derivative multiplied there, then I can just take the antiderivative of the whole expression.
If x plus 2 were to be equal to 0 than this whole expression would be undefined.
So this in blue right here, this whole expression is equal to the integral from t is equal to a to t is equal to b of-- in blue here--the derivative of f with respect to dt.
Well, this is going to be equal to 0, so this whole expression is going to be equal to 0.
So the reason why you're putting a factorial there is every time you take a derivative you're decrementing the exponent 1,and multiplying the whole expression by the exponent.
It really gives you a sense for how quickly, or how fast the whole expression would grow or decrease in the case if it has a negative coefficient.
