Implement the quadratic_formula) function. The function takes 3 arguments, a, b, and c, and computes the two results of the quadratic formula -b+ V - 4ac 2a --b- dac 2a The quadratic formula) function returns the tuple (x1, x2). Ex: When a = 1, b=-5, and e = 6, quadratic formula) retuns (3, 2). Code provided in main py reads a single input line containing values for a, b, and a, separated by spaces. Each input is converted to a float and passed to the quadratic.formula) function Ex: If the input is 2 -3 -77 the autput is: Solutions to 2x*2 + -3x + -77-0 xl -7 x2 - -5.50 - TODO: Import math module def quadratic_formula (a, b, c): # TODO: Compute the quadratic formula results in variables x1 and x2 return (x1, x2) def print_number (number, prefix_str): if float (int (number)) -- number: print (f'(prefix_str}{number:.0f}') else: print (f'(prefix_str}{number:.2f}') if main ": name Înput_line - input () split_line - input_line.split (" ") a - float (split_line[0]) b - float (split_line[1]) c - float (split_line[2]) solution - quadratic_formula (a, b, c) print (f'Solutions to (a:.0f}x^2 + {b:.0f}x + {c:.0f} - 0') print_number (solution(0], 'xl - ') print_number (solution [1], 'x2 - ')
Implement the quadratic_formula) function. The function takes 3 arguments, a, b, and c, and computes the two results of the quadratic formula -b+ V - 4ac 2a --b- dac 2a The quadratic formula) function returns the tuple (x1, x2). Ex: When a = 1, b=-5, and e = 6, quadratic formula) retuns (3, 2). Code provided in main py reads a single input line containing values for a, b, and a, separated by spaces. Each input is converted to a float and passed to the quadratic.formula) function Ex: If the input is 2 -3 -77 the autput is: Solutions to 2x*2 + -3x + -77-0 xl -7 x2 - -5.50 - TODO: Import math module def quadratic_formula (a, b, c): # TODO: Compute the quadratic formula results in variables x1 and x2 return (x1, x2) def print_number (number, prefix_str): if float (int (number)) -- number: print (f'(prefix_str}{number:.0f}') else: print (f'(prefix_str}{number:.2f}') if main ": name Înput_line - input () split_line - input_line.split (" ") a - float (split_line[0]) b - float (split_line[1]) c - float (split_line[2]) solution - quadratic_formula (a, b, c) print (f'Solutions to (a:.0f}x^2 + {b:.0f}x + {c:.0f} - 0') print_number (solution(0], 'xl - ') print_number (solution [1], 'x2 - ')
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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