q12p2m

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11/29/23, 8:51 AM Fractals Practice: Fa23 - MODERN MATHEMATICS: PLAN II (55330) https://utexas.instructure.com/courses/1366856/quizzes/1840695 1/7 Fractals Practice Due Dec 1 at 11:59pm Points 1 Questions 8 Available until Dec 4 at 11:59pm Time Limit None Allowed Attempts Unlimited Attempt History Attempt Time Score KEPT Attempt 4 less than 1 minute 1 out of 1 LATEST Attempt 4 less than 1 minute 1 out of 1 Attempt 3 less than 1 minute 0.13 out of 1 Attempt 2 2 minutes 0.87 out of 1 Attempt 1 16 minutes 0.83 out of 1 Correct answers are hidden. Score for this attempt: 1 out of 1 Submitted Nov 29 at 8:51am This attempt took less than 1 minute. Take the Quiz Again 0.13 / 0.13 pts Question 1 Which of the following are reasonable definitions of a fractal? Any object that displays self-similarity at all levels of magnification. Any object that's made up of several copies of smaller objects. Any object that's really complicated.
11/29/23, 8:51 AM Fractals Practice: Fa23 - MODERN MATHEMATICS: PLAN II (55330) https://utexas.instructure.com/courses/1366856/quizzes/1840695 2/7 Objects that show infinitely complex patterns that are self-similar across different scales. 0.12 / 0.12 pts Question 2 Here are the early stages of the Koch curve fractal. Stage 1 has four line segments Stage 2 has 16 line segments. Stage 3 has 64 line segments. Based on this pattern, Stage 4 will have 256 line segments.
11/29/23, 8:51 AM Fractals Practice: Fa23 - MODERN MATHEMATICS: PLAN II (55330) https://utexas.instructure.com/courses/1366856/quizzes/1840695 3/7 Answer 1: Answer 2: Answer 3: 16 64 256 0.12 / 0.12 pts Question 3 How many line segments will the Koch curve have at stage n ? 0.13 / 0.13 pts Question 4 Which of these objects display self-similarity at different scales (even if it's not infinite self-similarity):
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