1. Compose a function that accepts a single list as an argument. It should print all of the contents of the list without using a loop. For example, \[ \begin{array}{l} \text { print_1st }([1,2,3,4]) \text { \# output (via print): }[1,2,3,4] \\ \text { print_1st }([]) \text { \#output (via print): [] } \\ \end{array} \] 2. Compose a function that accepts a single list as an argument. It should print each element of the list on its own line, in the same order they appear in the list. If the list is empty, print nothing. For example, print_1st_one_by_one ([1,2,3,4]) II output (via print): \#i 1 #2 \# 23 \# \# 4 3. Compose a function that accepts a single list as an argument. It should print each element of the list on its own line, in reverse order. If the list is empty, print nothing. For example, print_1st_reverse( (1,2,3,4]) \# output (via print): 4. 4 (1) 3 \# 1 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