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What is the origin of rational and irrational numbers?
Rational numbers are numbers that can be written as a fraction. Irrational numbers cannot be expressed as a fraction.
How and when did the maths origin?
The concept of counting numbers (the natural numbers) probably predates human beings because many animals can distinguish between small numbers.
Are the numbers below the point of origin in the y-axis always negative?
Yes it is!
What is used to compare two numbers on a graph?
Their position relative to a reference point - often the origin.
Is y equals x differentiable at origin?
Yes, but only if the domain is the real numbers. The derivative is y = 1.
Numbers to the right of the point of origin on the x-axis are always negative?
Numbers to the right of the point of origin on the x-axis are always negative.
What is the origin of rational and irrational numbers?
Rational numbers are numbers that can be written as a fraction. Irrational numbers cannot be expressed as a fraction.
Where was the place of origin for greek numbers?
Perhaps it was Greece.
What is the origin of zero?
In a rectilinear (xy) plot where a point is represented by a pair of numbers (x,y), the origin is normally (0,0). That is, at the origin, x=0 and y=0.
Can you track airplane tail numbers to determine the flight's origin and destination?
Yes, airplane tail numbers can be tracked to determine the flight's origin and destination through various online databases and flight tracking websites.
How and when did the maths origin?
The concept of counting numbers (the natural numbers) probably predates human beings because many animals can distinguish between small numbers.
Are the numbers below the point of origin in the y-axis always negative?
Yes it is!
How do you show the origin of a line graph when it starts above zero?
positive numbers
What is used to compare two numbers on a graph?
Their position relative to a reference point - often the origin.
What are the numbers that locate the origin?
In two dimensions: (0, 0). In three dimensions: (0, 0, 0).
What is the exponential form of complex numbers?
Complex numbers can be represented as reiƟ, where r is the distance from the origin, and Ɵ is the angle (in radians) with the positive real-axis (horizontal axis).
Is y equals x differentiable at origin?
Yes, but only if the domain is the real numbers. The derivative is y = 1.
