Examples of using They intersect in English and their translations into Thai
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
That's where they intersect.
The points where they intersect is minus 1 over 4 x0, plus or minus 1/2 times the square root of this.
So you had to figure out where they intersected.
Like that, and they intersect at one point.
Well that's clearly not the case, they intersect.
So that means that they intersect at a 90 degree angle.
So to figure out where they intersect, we just have to set the 2 y's to be equal to each other.
We would say these two lines are perpendicular if they intersect at a right angle.
And of course where they intersect shows us the particular x and y that satisfies both equations.
Obviously if they were drawn on top of each other then they intersect each other everywhere.
So these two lines, they intersect, but they're not going to intersect at a 90 degree angle.
At the end of the row, turn in the opposite direction, make the diagonal stitches so that they intersect the previous ones sequence 5-8.
So the potential x-values, where they intersect, x is equal to minus b, I'm just applying the quadratic equation.
But anyway, my question to you, or my question to myself, really, is what is the area between the curves where they intersect?
Or they are the exact same line, and they intersect at an infinite number of points.
So they intersect, the x-values where they intersect, x squared, this y would have to be equal to that y.
And they give us no information that they intersect at the same lines, at the same angle.
And perpendicular line, just so you have a visualization for what for perpendicular lines look like, two lines are perpendicular if they intersect at right angles.
And so we get, the point at which they intersect, our normal line and our parabola, and this is quite a hairy problem.
And if you have played around with this, if you just drew a bunch of straight lines and they intersected at different angles, I think when you eyeball it it would make sense.
If I have two lines… and they intersect at some point, the angle is a measure of exactly how wide the intersection is between those two lines.
But the basic idea behind stacking drugs is that the ways they intersect in the human body create an additional heightened effect.
And we know that they intersect at a right angle or a 90 degree angle because they gave us this little box here which literally means that the measure of this angle is 90 degrees.
Ideal crystal in certain definite directions in relation to the symmetry of the crystal. They intersect in the center of the crystal at a point called the origin. They are lines of reference from which can be measured the relative distances and inclinations of the various faces.
Then we said, oh, what if not only do they intersect at x is equal to 0, but let's say that their slope is the same as x is equal to 0, and that's that approximation?
They clearly intersect at some point.
And that's why they never intersect.
But I believe they will intersect certain pipelines to control them.
We're going from 0 to 1, because they also intersect at 0.