In python, The function slice_end takes a string parameter, word, and a positive integer n; the function returns a slice of length n from the end of word.  However, if word has length less than n, then the None object is returned instead. Hint: Notice that returning the empty string when n is zero might be a special case.  You can use an if-elif-else decision structure and the slicing operator [ : ] to solve this problem.   For example: Test Result word = "pineapple" n = 5 print(slice_end(word, n)) apple word = "too short" n = 20 print(slice_end(word, n)) None word = "llama" n = 0 print(slice_end(word, n))   word = "Saturn" n = 6 print(slice_end(word, n)) Saturn

In  python, the function slice_middle takes a string parameter, word.   If the length of word is less than 3, the function returns the empty string. Otherwise, the function returns a substring made of all but the first and last characters in word.   For example: Test Result print(slice_middle("onion")) nio print(slice_middle("?"))   print(slice_middle("slicing")) licin

In Python, with use of function and input parsing/    Make a method is_anagram_of(a,b) that tests if a is an anagram of b. A string a is an anagram of a string b, if it uses exactly the same letters, but the order can be different. Spaces are ignored, as well as capitalization. Examples of anagrams: "eleven plus two" - "twelve plus one" "William Shakespeare" - "I am a weakish speller" "Tom Marvolo Riddle" - "I am Lord Voldemort" "Anagrams" - "Ars manga"  "television ads" - "enslave idiots" Counter examples: "bla" - "aalb" "cat" - "tact" Hint: Make a dictionary that holds how often a letter occurs in a word.

In python, The function decodeFromAscii takes a list L of integers in the range 32 through 126. Each item in L is an ASCII code representing a single printable character. The function accumulates the string of characters represented by the list of ASCII codes and returns that string. For example, decodeFromAscii([78, 105, 99, 101, 33]) returns "Nice!" because N is chr(78), i is chr(105), c is chr(99), etc. Note: ASCII was created in the 1960's so programmers could have a standard encoding for common keyboard characters as numbers. It was later expanded to create Unicode so that characters from languages  other than English, mathematical symbols, and many other symbols could also be represented by numerical codes. For example: Test Result print(decodeFromAscii([36, 49, 44, 48, 48, 48])) $1,000 print(decodeFromAscii([115, 110, 111, 119])) snow

Given string stringVal on one line, integer idxBegin on a second line, and integer desiredLen on a third line, output the substring of stringVal starting at position idxBegin and with length desiredLen. End with a newline. Ex: If the input is: Fuzzy bear 3 4 then the output is: zy b Note: Using a pre-defined string function, the solution can be just one line of code. #include <iostream>#include <string>using namespace std; int main() {   string stringVal;   int idxBegin;   int desiredLen;    getline(cin, stringVal);   cin >> idxBegin;   cin >> desiredLen;    /* Your code goes here */    return 0;}

Can this python code be done without using the isdigit() function. Please try to change the following code in the picture so it doesn't use isdigit().