ANSWER
In this analysis, we will examine each statement individually.
The function is an ordered pair solution of (3, 20).
Indeed, that is accurate. Given that f(3) = 20, the ordered pair (3, 20) is a valid solution for the function.
When the value of x is equal to 20, the corresponding value of y is observed to be 3.
This statement is incorrect. The veracity of the assertion cannot be substantiated based on the available evidence. The value of y for x is 20 and cannot be determined based on the provided information, namely the equation f(3) = 20.
One potential mathematical function, f(x), can be defined as x cubed minus 7.
Indeed, that is accurate.
The phrase f(x) = x^3 – 7 is a mathematically correct algebraic representation of a function. The function above is designed to accept an input value denoted as x, raise it to the power of three, and after that, remove seven from the result.
One potential mathematical function is f(x) = x – 17.
Indeed, that statement holds veracity.
The equation ( ) = −17 can be expressed as the function f(x) = x – 17, likewise considered a legitimate function. The function performs a subtraction operation by deducting the value of 17 from the input variable x.
In this context, a function can be defined as a mathematical relationship that maps elements from one set, known as the domain, to another set, known as the range. In the present scenario, the function’s domain is the set of individuals residing in one’s hometown.
One potential illustration involves the utilization of the function h(x) to denote the age of an individual x in the geographical location of one’s place of origin. In the present scenario, the function domain encompasses the individuals residing within one’s hometown, while the range pertains to the potential values representing ages. In this context, let us consider a function denoted as ℎ, which is a mapping that associates each individual residing in one’s place of origin with their corresponding age.
In mathematics, it is crucial to remember that a function is a well-defined mathematical concept that establishes a correspondence between elements of a given set, known as the domain, and distinct elements of another set, referred to as the range. The validity of the functions is contingent upon their adherence to this rule
Question
Description I’m studying for my Algebra class and need an explanation. Suppose that y = f(x) and it is true that f(3) = 20. Determine whether each is true or false. An ordered-pair solution of the function is (3, 20). When x is 20, y is 3. A possible function if f(x) = x^3 – 7. A possible function if f(x) = x – 17 Describe a function whose domain is the set of people in your hometown.
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