Answer: Step 1 because 5•3x-2=5x-11
<u>Given</u>:
Given that the table that shows the input and the output values for a cubic function.
We need to determine an approximate zero of the function.
<u>Approximate zero of the function:</u>
The zeros of the function are the x - intercepts that can be determined by equating f(x) = 0.
In other words, the zeros of the function is the value of x determined by equating f(x) = 0 in the function.
Let us determine the approximate zero of the function.
The approximate zero of the function can be determined by finding the value of f(x) that has a value which is almost equal to zero.
Thus, from the table, it is obvious that the value of f(x) that is approximately equal to zero is -0.5
Hence, the corresponding x - value is -1.
Therefore, the approximate zero of the function is -1.
The polygon has 36 sides. The interior angle is 160 degrees.
We'll first simplify both sides of the expression to get (simply using the distributive property):

Then, we can simplify a little bit:

To solve for n, we have to isolate it. Let's subtract 3n from both sides to further simplify it:

Then, add 18 to both sides to get the value of n:

And that's your answer. If you have questions on how I got that, feel free to ask!