QUESTION 3 One important take away from this assignment is that numbers represent all forms of information stored on digital devices. Of course, we don't want to just store numbers - we want to store text, images, and audio as well. Let us consider how text is stored on a computer. A computer represents each character in its memory as a number. However, the actual number used to store a particular character is arbitrary. It doesn't matter if I represent "A" as 1 or 45. However, computer scientists have agreed upon standards for encoding text to enable interoperability among machines. One early standard is ASCII, or the American Standard Code for Information Interchange, which was developed specifically for English language computing. It is notable that ASCII encoded characters with 7 bits (Remember this! You'll need this fact laterl). Consider that the English alphabet has 26 letters but it has 52 characters to represent those letters - upper and lower case. A computer treats upper and lower case letters as distinct entities (1.0."A" is not the same character as "a"). How many bits would you need to represent the lower case letters of the English alphabet