The domain is the x values, so x = 0 to 10. The range is the y values, so y = 0 to 25.
domain = x-values range = y-values for which x or y is a solution
domain is independent why? because its before range or also known as x/domain and y/range(x,y).
x + y = 18, x - y = 6 y = 18 - x x - (18 - x) = 6 x - 18 + x = 6 2x - 18 = 6 2x = 24 x = 12 (12) + y = 18 y = 6
The domain of y = 2x is [0, +infinity].
The domain is the x values, so x = 0 to 10. The range is the y values, so y = 0 to 25.
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The domain is the x or the input
The domain is the x value
domain = x-values range = y-values for which x or y is a solution
The domain of a relation is the X axis.
I x=5 and y=2, then (5x5)=25 plus (9x2)=18. 25+18=43
domain is independent why? because its before range or also known as x/domain and y/range(x,y).
The range of -sin x depends on the domain of x. If the domain of x is unrestricted then the range of y is [-1, 1].
x is a letter often used as a variable. It can be in the range or the domain. However, in elementary algebra, the variable x is most often used for the domain and f(x) =y for the range.
Domain (input or 'x' values): -∞ < x < ∞.Range (output or 'y' values): -2 ≤ y ≤ 2.
x + y = 18, x - y = 6 y = 18 - x x - (18 - x) = 6 x - 18 + x = 6 2x - 18 = 6 2x = 24 x = 12 (12) + y = 18 y = 6