Write a function get_parallelogram_area (base, height) which takes a base and height of a parallelogram as...

 

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Write a function get_parallelogram_area (base, height) which takes a base and height of a parallelogram as parameters, and returns the area (i.e. base height) of the parallelogram rounded to the nearest integer. The parameters can be of any type. You should first try to convert the parameter into a float by using float (). If the parameter is a float or an integer or a string that represents a float, then the conversion will be successful. Otherwise, this will generate a TypeError (if the type of the parameter cannot be converted to a float) or a ValueError (if the type is valid but the value cannot be converted to a float). Your function should return a tuple. • The first item in the tuple should be the area of the parallelogram and the second item is an empty string if the values are valid, or The first item in the tuple is 0 and the second item is "ERROR: Not a Parallelogram" when a value is 0, or • The first item in the tuple is O and the second item is "ERROR: Invalid input" when a value is negative, or • The first item in the tuple is O and the second item should be a string that names the type of Exception that occurred when converting the value. For example: Test print (get_parallelogram_area(10.5, 2)) print(get_parallelogram_area(-10, -2)) print(get_parallelogram_area(10, 0)) Result (21, ) (0, 'ERROR: Invalid input') (0, 'ERROR: Not a Parallelogram') print (get_parallelogram_area('ten', 2)) (0, 'ValueError') print (get_parallelogram_area([1,2,3], 4)) (0, 'TypeError') Expected parallelogram_area(10.5, 2)) (21, ¹) parallelogram_area('10.5', -2)) (0, 'ERROR: Invalid input') barallelogram_area(-10, -2)) (0, 'ERROR: Invalid input') parallelogram_area(10, 0)) (0, 'ERROR: Not a Parallelogram') parallelogram_area('ten', 2)) (0, 'ValueError') barallelogram_area([1,2,3], 4)) (0, 'TypeError') Got (21, ¹) (0, 'ValueError') (0, 'ERROR: Invalid input') (0, 'ERROR: Not a Parallelogram") (0, 'ValueError') (0, 'TypeError') x Write a function get_parallelogram_area (base, height) which takes a base and height of a parallelogram as parameters, and returns the area (i.e. base height) of the parallelogram rounded to the nearest integer. The parameters can be of any type. You should first try to convert the parameter into a float by using float (). If the parameter is a float or an integer or a string that represents a float, then the conversion will be successful. Otherwise, this will generate a TypeError (if the type of the parameter cannot be converted to a float) or a ValueError (if the type is valid but the value cannot be converted to a float). Your function should return a tuple. • The first item in the tuple should be the area of the parallelogram and the second item is an empty string if the values are valid, or The first item in the tuple is 0 and the second item is "ERROR: Not a Parallelogram" when a value is 0, or • The first item in the tuple is O and the second item is "ERROR: Invalid input" when a value is negative, or • The first item in the tuple is O and the second item should be a string that names the type of Exception that occurred when converting the value. For example: Test print (get_parallelogram_area(10.5, 2)) print(get_parallelogram_area(-10, -2)) print(get_parallelogram_area(10, 0)) Result (21, ) (0, 'ERROR: Invalid input') (0, 'ERROR: Not a Parallelogram') print (get_parallelogram_area('ten', 2)) (0, 'ValueError') print (get_parallelogram_area([1,2,3], 4)) (0, 'TypeError') Expected parallelogram_area(10.5, 2)) (21, ¹) parallelogram_area('10.5', -2)) (0, 'ERROR: Invalid input') barallelogram_area(-10, -2)) (0, 'ERROR: Invalid input') parallelogram_area(10, 0)) (0, 'ERROR: Not a Parallelogram') parallelogram_area('ten', 2)) (0, 'ValueError') barallelogram_area([1,2,3], 4)) (0, 'TypeError') Got (21, ¹) (0, 'ValueError') (0, 'ERROR: Invalid input') (0, 'ERROR: Not a Parallelogram") (0, 'ValueError') (0, 'TypeError') x

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The required code and test output are given below FUNCTION CODE def ge... View the full answer