Examples of using X-axis in English and their translations into Hebrew
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Colloquial
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Ecclesiastic
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Computer
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Programming
X-Axis.
Backgauge X-axis electric control.
The angle made by the vector with X-axis?
And then the x-axis, something like that.
So let's say I have the x-axis.
Here is my x-axis, which measures size.
And these are the x values where you intersect the x-axis.
The x-axis shows the wavelength.
This provides two values along the Y-axis and along the X-axis.
The X-axis describes the wavelength.
I really wish you wouldn't call my x-axis bi-numeric algorithm a"super-virus.".
The x-axis corresponds to the possible models.
It's going to be a negative angle because we're going below the x-axis in the clockwise direction.
If there can be an X-axis and a Y-axis, why not a Z-axis?
And actually, if you were tograph this, you would see that y never actually dips below or even hits the x-axis.
Along the x-axis we have the 24 weeks of the starvation period(0- S24).
Along the y-axis, you have a scale from zero to 10, and along the x-axis, you have, of course, the five senses.
It was tried only in small classes, but there it showed, for example, that these student-assigned grades on the y-axis are actuallyvery well correlated with the teacher-assigned grade on the x-axis.
As no fluid flows across the x-axis, it(the x-axis) may be treated as a solid boundary.
A chromatogram is a two-dimensional diagram with the ordinate(y-axis)giving concentration in terms of detector response and the abscissa(x-axis) represents the time.
And this is just very simple-- time is on the X-axis and the force is on the Y-axis. And you can see two peaks.
The Backgauge features a horizontally mounted housing structure with high stability, single-shell dual-rail,high precision, X-axis drive and automatic CNC system.
This might be a little unusual for you, for me to draw the x-axis in the vertical, but that's because x is the dependent variable in this situation.
In fact rather than graphing a few discrete points here, let's draw the complete curve that includes all these points,and while I'm at it I will fix the x-axis so it's to scale.
And then it uses the amplitude of each word to move a point on the x-axis, and it uses the inflection of sentences to move a same point up and down on the y-axis.
Note that where f can be both positive and negative, the definition of S is modified so that the integral corresponds to the signed area under the graph of f: that is, the area above the x-axis minus the area below the x-axis.
To make this an odd function we reflected once over the y-axis andthen reflected the x-axis or another way to think about it reflected once over the y-axis and then make it negative.
Let's say that instead of it goinglike this-- let me kind of erase that by overdrawing the x-axis again-- we want the function to jump up again.
If it's still bothering you that I put the quantity on the x-axis and the price on the y-axis, when clearly the quantity is a function of the price, not the other way around, please take it up with Augustin Cournot.
It listens to the lecture,and then it uses the amplitude of each word to move a point on the x-axis, and it uses the inflection of sentences to move a same point up and down on the y-axis.