Examples of using Second derivative in English and their translations into Turkish
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Ecclesiastic
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Ecclesiastic
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Programming
Show second derivative.
And what would be a second derivative?
The second derivative at 0 is 1.
So actually, right below x is less than 0, the second derivative is positive.
The second derivative would be 2A.
It's a point where the second derivative is equal to 0.
The second derivative is equal to what?
The reason why is it might be, is because the second derivative is definitely 0 here.
The second derivative at zero is minus 1.
I will rewrite it. f prime prime of x, second derivative, 12x times 3x minus 2.
Well a second derivative would be 2Ax plus B.
And remember, candidate inflection points are where the second derivative equals 0.
This one? The second derivative of sensational?
Of the time dilation equation.I may have miscalculated the second derivative.
We know that the second derivative is 0 at 0.
Our second derivative, this looks like it will get a little bit hairier.
Any x that makes the numerator 0 is making the second derivative 0. So let's factor out a 4x squared.
Second derivativegt; 0 The potential energy is at a local minimum.
But if the derivative is equal to 0, the second derivative is equal to 0, you cannot assume that is an inflection point.
Second derivativegt; 0: The potential energy is at a local minimum.
If the slope is constantly increasing, then the rate of change of slope is positive,then the second derivative is positive.
And the second derivative of that, of my particular solution, is equal to 4Ae to the 2x.
But anyway, I essentially-- to get this,I just substituted the second derivative, the first derivative, and g back into the differential equation.
So the second derivative of my function f, let's see, 3 times 12 is 36x squared minus 24x.
So the same problem as we did in the last video. The second derivative of y minus 3 times the first derivative y minus 4 times the function.
A times the second derivative plus B times the first derivative plus C times the function is equal to g of x.
So I'm going to take the second derivative, y prime prime, so that's minus A sine of x minus B cosine of x.
It has to have a second derivative of 0,and when you go above or below that x, the second derivative has to actually change signs.
And then when I take the second derivative what am I going to get? Well, the 3's gone, now I just have a 2 in the denominator, so.
Now that we know the second derivative, we can answer the question, is my graph concave upwards or downwards at either of these points?