Two numbers X and Y are 1 apart if |X - Y| = 1. That is the difference between X and Y is 1 or -1.
If x was on top of y, it would be x/y
they mean coordinate planes.. those are the 2 numbers in the parenthesis when u have a coordinate plane on a graph table. an ordered pair is (1,4) the number on the x and y axis (x,y)
In mathematical terms, a number x is less than y if y - x is positive.
If you mean what is the name for what x, y, and z when used in math, then the word is variable.
In math x and y means unknown answer. The mystery numbers are always different like x doesn't mean 3 and y doesn't mean 0.
Two numbers X and Y are 1 apart if |X - Y| = 1. That is the difference between X and Y is 1 or -1.
If x was on top of y, it would be x/y
they mean coordinate planes.. those are the 2 numbers in the parenthesis when u have a coordinate plane on a graph table. an ordered pair is (1,4) the number on the x and y axis (x,y)
The quotient of two numbers, X and Y, is X/Y.
Any two numbers can have only one arithmetic mean. If the numbers are x and y, then their arithmetic mean is (x + y)/2.
In Spanish y means and, but in math it refers to the vertical line(named y) on an x and y chart or is just a variable.
In mathematical terms, a number x is less than y if y - x is positive.
In a Cartesian grid, the x-axis is the horizontal axis, and the y-axis is the vertical axis.
If you mean what is the name for what x, y, and z when used in math, then the word is variable.
If you mean: y = x-2 and y = 2x-8 then it works out that x = 6 and y = 4
"Mean" is another word for "average," and is calculated by dividing the sum of the numbers in the set by the number of terms in the set.* * * * *True, as far as it goes. But it goes only as far as arithmetic mean. There are also the geometric and harmonic means.The geometric mean of a set of n positive numbers is the nth root of their product.The harmonic mean of two numbers x and y is 2/(1/x + 1/y)Both definitions can be extended to three or more components.Although the harmonic mean may appear to be a mathematical curiosity and a rather pointless measure, consider this example:You travel a distance of 100 km at a speed of x km per hour. You drive back at y km per hour. What is your average speed for the round trip? It is NOT the "average" of x and y = (x+y)/2 but the harmonic mean of x and y.