D = {x [element of reals]}R = {y [element of reals]|y >= 4}
(X2) (X2) = X4 x squared multiplied by x squared is x raised to the 4th power.
Sin squared, cos squared...you removed the x in the equation.
If you mean a2 x a2... the answer is a4
X = √63
domain = set R ,, all real numbers
Y = x squared -4x plus 3 is an equation of a function. It is neither called a domain nor a range.
negative infiniti to positive infiniti
The answer depends on the domain for x. For example, if the domain is x = 7, then the range is 55. If the domain is all Real numbers, then the range is y >= 6.
all real numbers
The graph is a circle with a radius of 6, centered at the origin
The domain is what you choose it to be. You could, for example, choose the domain to be [3, 6.5] If the domain is the real numbers, the range is [-12.25, ∞).
You can square any real number (complex ones too) so the domain is all real numbers.
y is greater than 0 x exist in a set of real numbers
If I understand the question correctly, the answer is not in real numbers. But in the complex domain, there is the imaginary number i is such that i2 = -1. And so, for any positive x, [i*sqrt(x)]2 = i2*x = -1*x = -x, which is negative.
The non-negative real numbers. Unless your domain is the complex field, in which case, so is the range.
D = {x [element of reals]}R = {y [element of reals]|y >= 4}