Examples of using Squared times 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
And I'm getting this from my college differential equations book. x squared times the second derivative of y with respect to x, plus x times the first derivative of y with respect to x, plus 2y is equal to sine of x.
Well just like we have done in every video up to this point, the volume of that disk is just that, so the volume of that disk is just this pi r squared minus x squared times dx.
So this is equal to, if we factor this thing out of all the terms, we get b1 squared plus b2 squared plus b3 squared times my a squared terms.
So if I subtract it from both sides, I could get that out there and I will put the minus the length of a squared times the length of b squared times the cosine squared of the angle between them.
It's going to be equal to k squared ad minus k squared bc, or k squared times ad minus bc, or k squared times the determinant of just A.
So this part right here could be simplified as negative 1 squared times x squared squared, times y squared. .
You have 10 meters per second squared times time squared, time is two seconds, so it's 4.
So the gradient of the temperature function is equal to minus 20 e to the minus x squared plus y squared-- you probably can't read this-- plus z squared, times i minus 20y.
That's a squared times b.
So that first term is pi r cubed, r squared times r, minus essentially 1/3pi r cubed.
So we get 1/2 squared is 1/4 times 1/3 is 1/12 pi, and then h squared times h, h to the third.
Now we know what ds is. ds is equal to the square root of dx dt squared plus dy dt squared times dt.
So what's in the parentheses right here, this is the exact same thing as negative 1 squared times y plus the expected value of negative y.
So plus 27 times 12x squared, I just multiplied the 12x squared times the 27, and then minus 16x to the sixth minus 16x to the sixth.
And then I have to worry about the y terms, times y squared times another y squared times another y squared. .
This is equal to c squared times the vector a1 squared 0.
So this is equal to c squared times the transformation of a.
A squared times 3a is 12a cubed.
So a1 squared times b2 squared plus b3 squared. .
Let's say we have 3x squared times y to the 3/2 power.