Using the inverse function concept, the table that shows it is described as follows:
: 1, 8, 10, 17.
<h3>What is the inverse of a point (x,y)?</h3>
In the inverse, which is generalized for the entire inverse function, the points (x,y) are exchanged, becoming (y,x).
Hence, for the inverse, we have that:
Then the table is as follows:
- : 1, 8, 10, 17.
More can be learned about inverse functions at brainly.com/question/8824268
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The zeros of a function f(x) are the values of x that cause f(x) to be equal to zero
One of methods to find the zeros of polynomial functions is The Factor Theorem
It is used to analyze polynomial equations. By it we can know that there is a relation between factors and zeros.
let: f(x)=(x−c)q(x)+r(x)
If c is one of the zeros of the function , then the remainder r(x) = f(c) =0
and f(x)=(x−c)q(x)+0 or f(x)=(x−c)q(x)
Notice, written in this form, x – c is a factor of f(x)
the conclusion is: if c is one of the zeros of the function of f(x),
then x−c is a factor of f(x)
And vice versa , if (x−c) is a factor of f(x), then the remainder of the Division Algorithm f(x)=(x−c)q(x)+r(x) is 0. This tells us that c is a zero for the function.
So, we can use the Factor Theorem to completely factor a polynomial of degree n into the product of n factors. Once the polynomial has been completely factored, we can easily determine the zeros of the polynomial.
Answer:
As reported by Cortez and Schlegel, the Dower‐related reconstruction typically yields a spatial QRS‐T angle from 66° to 81°, whereas those derived from Kors' regression‐related reconstructions have typically ranged from 44° to 65°, with values obtained from the true Frank leads being 35°–51°.
Step-by-step explanation:
Hope It Helps Ya ItzAlex
I think the answer is 0.08823529
