Assertion: real number's value | /r/HasProperty | the distance
Facets:
value: from that number
type: OTHER
value: between them
type: OTHER
value: on the number line
type: LOCATION
value: between l.
type: LOCATION
value: between a n
type: OTHER
value: by pythagoras' theorem
type: OTHER
value: to the origin of the point
type: OTHER
value: in the complex plane
type: LOCATION
value: along the real number line
type: OTHER
value: from zero
type: OTHER
Source sentences:
text: The absolute value of a number is the distance from that number to the origin (zero) on the number line.
text: The absolute value of a number is considered its distance from zero on the number line.
text: From an analytic geometry point of view, the absolute value of a real number is that number's distance from zero along the real number line, and more generally the absolute value of the difference of two real numbers is the distance between them.
text: As noted above, the absolute value of a real or complex number is the distance from that number to the origin, along the real number line, for real numbers, or in the complex plane, for complex numbers, and more generally, the absolute value of the difference of two real or complex numbers is the distance between them.
text: As noted above, the absolute value of a real or complex number is the distance from that number to the origin, along the real number line, for real numbers, or in the complex plane, for complex numbers, and more generally, the absolute value of the difference of two real or complex numbers is the distance between them.
text: By Pythagoras' theorem, the absolute value of a complex number is the distance to the origin of the point representing the complex number in the complex plane.
text: Intuitively, this means that eventually all elements of the sequence get arbitrarily close to the limit, since the absolute value |a n − L| is the distance between a n and L.