the function g ( x ) = −2 || x−2 || + 4 Repeated iterations will not always lead to a single number or a looping pattern. You can use the function f(x)=4x-x^2 to demonstrate this A) 9. Choose an initial value that is between zero and 4 and is not a whole number. Iterate it using the function, f, ten times. If necessary, you can round your results to the nearest ten-thousandth. B) Choose a second initial value that is 0.01 greater than the initial value from question 9. Iterate it using the function, f, ten times. If necessary, you can round your results to the nearest ten-thousandth C) Is there a relationship between the ten values from question A and the ten values in question B?
the function g ( x ) = −2 || x−2 || + 4
Repeated iterations will not always lead to a single number or a looping pattern. You can use the function f(x)=4x-x^2 to demonstrate this
A) 9. Choose an initial value that is between zero and 4 and is not a whole
number. Iterate it using the function, f, ten times. If necessary, you can
round your results to the nearest ten-thousandth.
B) Choose a second initial value that is 0.01 greater than the initial value from question 9. Iterate it using the function, f, ten times. If necessary, you can round your results to the nearest ten-thousandth
C) Is there a relationship between the ten values from question A and the ten values in question B?
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