Since the number scale is continuous, there is an infinite amount.
You need two points to determine a line. A single point can have an infinite number of lines passing through it.
An infinite number. Each point on a line, however small the line is, can have a perpendicular through it. And since there are an infinite number of points on any line, the answer is an infinite number.
It depends on the equation. Also, the domain must be such that is supports an infinite number of solutions. A quadratic equation, for example, has no real solution if its discriminant is negative. It cannot have an infinite number of solutions. Many trigonometric equations are periodic and consequently have an infinite number of solutions - provided the domain is also infinite. A function defined as follows: f(x) = 1 if x is real f(x) = 0 if x is not real has no real solutions but an infinite number of solutions in complex numbers.
For any given subset, yes, because there are an infinite number of irrational numbers for each rational number. But for the set of ALL real numbers, both are infinite in number, even though the vast majority of real numbers would be irrational.
A quantitative variable where there is a continuous (no infinite number) of attributes. For example length/height/weight can be measure as continuous as it has not set number
Since the number scale is continuous, there is an infinite amount.
It is an collection of an infinite number of points.
Any piece of a line has an infinite number of points on it, whether it's straight or curved. A line segment is a section of a line bounded by two endpoints. A line is continuous, but a line segment, is a segment of a line.
I think you are going for continuous variable, as compared with discrete variables.
If you have one straight line, there are an infinite number of planes in which it lies.
I think you are going for continuous variable, as compared with discrete variables.
1 straight line. An infinite number of curved lines.
Yes. Real numbers are points along a continuous infinite number line with its midpoint at 0.
No.There are 88 keys on a piano keyboard. A continuous variable can assume an uncountable (infinite) number of values in such a way that between any two values there are always infinitely more.
as according to the first potulate in geomtry and infinite number.
No, infinite is not a number or symbol used to represent every number there is. Rather, infinite is a concept rather than a number. Infinite refers to a group that has so many elements that they cannot all be counted. An infinite set has no end, bound or limit to the number of things in it (elements). A straight forward example of an infinite number of things is the set of positive integers. The positive integers are the "counting numbers" we're used to. They are 1, 2, 3, 4, 5, 6, 7, .... These numbers continue for infinity. There are an infinite number of them. There is no end, bound or limit to them. For each one you can find, you can add one and you will have a larger one.