Examples of using Second quadrant in English and their translations into Thai
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Second quadrant, clear.
This is the second quadrant.
The second quadrant intersection will be where we take the minus sign right there.
We call this the second quadrant.
So if you pull in your x-value enough, you once again intersect at that same point in the second quadrant.
This is the second quadrant, right here.
Line intersected here, in the second quadrant.
And then in the second quadrant it looks like this.
What we do is we restrict it's range to this upper hemisphere, the first and second quadrants.
He intersects with the second quadrant there.
Or even more important, what happened to the intersection of the normal line in the second quadrant?
So this is sitting in the second quadrant, which I answer and we got it right.
This quadrant, where the x values are negative and the y values are positive we call the second quadrant.
But eventually, a normal line second quadrant intersection gets as small as it can get.
And you might want to think about it a little bit, why it doesn't change anything in the second quadrant.
The extreme normal line is when our second quadrant intersection essentially achieves a maximum point.
Because once you get below this, then all of a sudden the x-intersections start to push out more in the second quadrant.
They call this the second quadrant.
So if the x value is negative, and the y value is positive, we're gonna land some place right overe here in the second quadrant.
Clearly lies in the second quadrant.
So my second quadrant intersection, the derivative of that with respect to x0, is equal to, this is pretty straightforward.
And then this point intersects the second quadrant, right there.
So you can kind of view this as the highest value, or the smallest absolute value, at which the normal line can intersect in the second quadrant.
The doctor then took the second quadrant, the third, and now it appears to be everything.
After this point, when you pull in your x-values even more, the intersection in your second quadrant starts to push out some.
For a while, the x-coordinate of the second quadrant intersection of the normal line of the parabola gets smaller, as the x-coordinate of the first quadrant intersection gets smaller.
Up here, you were intersecting when you had a large x in the first quadrant, you had a large negative x in the second quadrant intersection.
And you can think of the extreme case, if you draw the normal line down here, your intersection with the second quadrant is going to be way out here someplace, although it seems like it's kind of asymptoting a little bit.
The other way to think about it is that you can literally just plot this point and see that it falls in the second quadrant, so let's do that.
So(-5,5) and this is sitting not in the first quadrant, but the second quadrant, and of course this is the third and fourth.