the distance from the origin
The distance that number is from zero on a number line.
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 number line is scalable, meaning it can be any distance you want.
The distance from a number on a numberline to the origin, is called the absolute value.
Somewhere on the line, at a distance that is A times the unit distance from the origin.
the distance from the origin
the distance from the origin
The distance that number is from zero on a number line.
It is the distance from the origin to the number in question.
It is the number that represents the distance of the point from the origin, or zero. It may be called the coordinate.
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.
A point on the number line, at a distance of 2.2 units to the right from the origin.
It is the distance from the origin (point 0) to the given point, taking account of the scale.
The point whose distance from the origin is 1.6 units of length.