Question

In the notation "s(x)," what does "s(x)" represent?

A) There is not enough information to answer this question.
B) The value found when s is multiplied by the value x.
C) The value of s(x) depends on the value of x, since s is a function of x.
D) The value of x depends on the value of s(x), since x is a function of s.

Answer 1

s(x) represents a function notation where 's' is a function and 'x' is the variable input; the value of s(x) depends on x.

Step-by-step explanation:

In the notation "s(x)," the term represents a function notation where "s" is a function and "x" is the variable input to that function.

The correct answer is C) The value of s(x) depends on the value of x, since s is a function of x.

This notation does not imply multiplication, and it does not determine the value of x; instead, it signifies that the value of the function s is determined once the value of x is known. For instance, if s(x) = x^2, then s(3) = 3^2 = 9. Here, the value of the function s when the input is 3 equals 9.