Write a function dimensionflip() that takes a list of observations in meters and outputs a list...

 

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Write a function dimensionflip() that takes a list of observations in meters and outputs a list with the corresponding observations in centimeters. Your function should only convert dimensions of positive entries; therefore, a negative dimension in meters must not be changed. For example: Input1: [1,4,5] Output1: [100,400,500] Input2: [5,9,-8,6] Output2: [500,900,-8,600] The values within the input list should not be changed following a call to this function. Write a function gradeit() that takes a number x as grade in number and return a letter grade. The valid number range is between 0 and 100. The function should do the following: • return "A" if number is greater than or equal to 80 • return "B" if number is greater than or equal to 50 • return "C" if number is less than 50 return "I" if number is out of range • You are NOT allowed to use the following constructs unless specified in the assignment directions. Using the following constructs will result in 0 (zero) for the entire submission (assignment, timed test, etc.). The restricted items are as follows: • Concepts not discussed in lectures yet . String functions • Member functions • Exceptions (can use): len () and x-x+[y1, y2,y3] • Built-in functions & types • Exceptions (can use): str(), readline(), open(), close(), write(), read(), range()..split() . Cannot use append, sort, etc. • Cannot use "Slicing" Cannot use "list comprehension" • Cannot use "not in" (together) Cannot use "in" • not allowed with conditionals Exception (can use): with range() Cannot use" and {} • Exception (can use): mathematical operations (multiply & exponents) . Data type functions . Exceptions (can use): int(), str (), float () . Break . Continue . Nested Constructs Exceptions (can use): 2-D list . Multiple returns & Multiple assignments • Recursion (not allowed unless the question explicitly states otherwise) • Functions within functions (Definitions) -- invocation is fine • Default Parameters . Global variables ▪ Keyword as variable names . while true or without proper condition Write a function dimensionflip() that takes a list of observations in meters and outputs a list with the corresponding observations in centimeters. Your function should only convert dimensions of positive entries; therefore, a negative dimension in meters must not be changed. For example: Input1: [1,4,5] Output1: [100,400,500] Input2: [5,9,-8,6] Output2: [500,900,-8,600] The values within the input list should not be changed following a call to this function. Write a function gradeit() that takes a number x as grade in number and return a letter grade. The valid number range is between 0 and 100. The function should do the following: • return "A" if number is greater than or equal to 80 • return "B" if number is greater than or equal to 50 • return "C" if number is less than 50 return "I" if number is out of range • You are NOT allowed to use the following constructs unless specified in the assignment directions. Using the following constructs will result in 0 (zero) for the entire submission (assignment, timed test, etc.). The restricted items are as follows: • Concepts not discussed in lectures yet . String functions • Member functions • Exceptions (can use): len () and x-x+[y1, y2,y3] • Built-in functions & types • Exceptions (can use): str(), readline(), open(), close(), write(), read(), range()..split() . Cannot use append, sort, etc. • Cannot use "Slicing" Cannot use "list comprehension" • Cannot use "not in" (together) Cannot use "in" • not allowed with conditionals Exception (can use): with range() Cannot use" and {} • Exception (can use): mathematical operations (multiply & exponents) . Data type functions . Exceptions (can use): int(), str (), float () . Break . Continue . Nested Constructs Exceptions (can use): 2-D list . Multiple returns & Multiple assignments • Recursion (not allowed unless the question explicitly states otherwise) • Functions within functions (Definitions) -- invocation is fine • Default Parameters . Global variables ▪ Keyword as variable names . while true or without proper condition

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