the distance from the origin
In the co-ordinate plane The horizontal number line is the 'x-axis'. The vertical number line is the y-axis. They intersect at the 'origin' ; coordinate (0,0) In the 3-dimensional system there is a third number line going from front to back , this is the z-axis. All three axes intersect at the origin , and have the the coordinates ( x,y,z) = (0,0,0)
Yes irrational numbers are real numbers that are part of the number line,
Usually 20 units to the left of the origin (or zero point).
Probably the most common diagram is the number line.
The ORIGIN
It is a representation where the distance from a reference point - the origin - represents the value of the number.
It is a representation where the distance from a reference point - the origin - represents the value of the number.
It is the distance from the origin (point 0) to the given point, taking account of the scale.
The standard form of a complex number is the cartesian one; a plane with orthogonal axes for real parts and imaginary parts. A complex number has a pair of co-ordinates defining its position on the plane. A trigonometric form is a plane with an origin, and one line from the origin to infinity. A complex number is defined by its distance from the origin and the angle between the datum line and the line joining the number to the origin. It is just like co-ordinate geometry with co-ords r, theta instead of x,y.
The distance from a number on a numberline to the origin, is called the absolute value.
0,0
It is the real number whose length represents the distance from the zero on the line to the point on the line.
Any real number can correspond to a point on a line.
Yes, as long as the number line is entirely real.
No. The real number line corresponds to rational AND irrational numbers.
the distance from the origin