1.1 Input text is an unsorted list of strings. Each string contains only lowercase a-z characters. text can contain duplicates. queries is a list of strings consisting only of lowercase a-z characters. Each string in queries is a prefix of some string in text (note that a string is a prefix of itself). 1.2 Output lex_pos outputs a list of numbers. The ith number in this list is the number of words in text which are lexicographically greater than the ith element of queries 1.3 Example text = ["aaa", "bab","aba","baa", "baa","aab","bab"] queries = ["", "a", "b", "aab"] lex_pos (text, queries) >>> [7, 7, 4, 5] 1.4 Complexity Remember that string comparison is not considered O(1) in this unit. lex_pos should run in O(T + Q) time, where • T is the sum of the number of characters in all strings in text • Q is the total number of characters in queries

The following 16- bit hexadecimal number represents signed integer? 7F9B

Help!

Please translate 18,226 from the base ten system to the base five system.

Country ISO Code2 NO Name Area1 Area2 Norway 127000 14000 SY Syria 50000 21000 BD Bangladesh 15000 NULL ΤΗΝ Honduras NULL 13000 AR Argentina 317000 NULL SELECT MAX(Areal + Area2) FROM Country; Enter the result: Ex: 12345 SELECT MAX (Areal) + MAX (Area2) FROM Country; Enter the result: Ex: 12345

Question 5: Fill up the below tables with relevant converted numbers between decimal, binary, and hexa- decimal numbers. Binary Numbers Hexa-decimal Numbers Decimal Numbers 110102 1E16 9910

//Conversions.  All numbers are 64-bit floats   Convert to 23 3/7 IEEE format Convert 49.8125 to IEEE.

Convert 2AC base 16 to base 10. Please break this down in steps

Convert the decimal number to a number in the given base.   3,111 to base 8

7. Find the decimal representation of the following number in IEEE754 format. 01001111111111000000000000000000