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06 Sep 2021
Part 1: Encapsulate the following Python code from Section 7.5 in a function named m_sqrt that takes a as a parameter, chooses a starting value for x, and returns an estimate of the square root of a. While True: y= (x + a/x) / 2.0 If y== x: break X = y Part 2: Write a function named test_sqrt that prints a table like in the following using a while loop, where "diff" is the absolute value of the difference between my_sprt(a) and math.sqrt(a). Write a function named test_sqrt that prints a table like the following using a while loop, where "dià" is the absolute value of the diàerence between my_sqrt(a) and math.sqrt(a). a = 1 | my_sqrt(a) = 1 | math.sqrt(a) = 1.0 | diff = 0.0 a = 2 | my_sqrt(a) = 1.41421356237 | math.sqrt(a) = 1.41421356237 | diff = 2.22044604925e-16 a = 3 | my_sqrt(a) = 1.73205080757 | math.sqrt(a) = 1.73205080757 | diff = 0.0 a = 4 | my_sqrt(a) = 2.0 | math.sqrt(a) = 2.0 | diff = 0.0 a = 5 | my_sqrt(a) = 2.2360679775 | math.sqrt(a) = 2.2360679775 | diff = 0.0 a = 6 | my_sqrt(a) = 2.44948974278 | math.sqrt(a) = 2.44948974278 | diff = 0.0 a = 7 | my_sqrt(a) = 2.64575131106 | math.sqrt(a) = 2.64575131106 | diff = 0.0 a = 8 | my_sqrt(a) = 2.82842712475 | math.sqrt(a) = 2.82842712475 | diff = 4.4408920985e-16 a = 9 | my_sqrt(a) = 3.0 | math.sqrt(a) = 3.0 | diff = 0.0 Modify your program so that it outputs lines for a values from 1 to 25 instead of just 1 to 9
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06 Sep 2021
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