For the format string in a printf function, e.g., "Hello!" in the printf("Hello!"), the compiler (say gcc) will allocate space for "Hello!" in the ".data" section.    Question 4 options:   True   False The "test" object file is a "Shared Object File" rather than an executable.   test: ELF 64-bit LSB executable, x86-64, version 1 (SYSV), dynamically linked, interpreter /lib64/ld-linux-x86-64.so.2, BuildID[sha1]=8ec64a3b2a1f26d36a957f47c6e857000d202fdd, for GNU/Linux 3.2.0, not stripped Question 5 options:   True   False

1. a.Palindromes Complete the function palindrome(String text). Return true if text is a palindrome; if the word is identical forward and backward. Otherwise, return false. Example:  palindrome(“racecar”) == true palindrome(“kayaks”) == false See main() for more examples. You can use text.charAt(i) to find the character at index i of text. Use recursion. palindrome() should call itself. No loops allowed. b. Complete the function nestedBrackets(String s). This function should find properly nested brackets within s. Return true if brackets are opened and closed correctly, and false otherwise.  Single pairs and nested pairs are valid. For example: z[z]z, [zz[zz]z], [z[[z]zzz]], zzzzz Incorrect pairings and multiple separate pairs are not valid. For example: zz[zz, ]zzz[, [zzz][z], [z[z][z]z] See main() for more examples. nestedBrackets() should call firstIndexOf() and lastIndexOf() to help you solve the problem. Use recursion. nestedBrackets() should call itself. No loops…

in python pls

Define a function named get_encrypted_list (word) which takes a word as a parameter. The function returns a list of characters. The first element is the first letter from the parameter word and the rest is as a sequence of '*', each '*' representing a letter in the parameter word. Note: you can assume that the parameter word is not empty. For example: Test Result ['h', '*', **1 guess = get_encrypted_list('hello') print(guess) print (type (guess)) guess = get_encrypted_list('succeed') ['s', '*', print (guess) **¹, ¹*¹] **']