Question 6. (30 points) Compute the amount of storage needed for the following. Show your work, and display all your final answers to three significant digits of precision. a. The text of a 16-page memo with an average of 85 characters per line and 64 lines per page. Express the result in binary-style KB. b. The Employee table has following attributes. o o o o o o o o An ID number (short text/6 characters, this field should be the primary key) Last name (short text/15 characters) First Name (short text/10 characters) Gender (short text/1 character) Job title (short text/20 characters) Salary number/double) Location of office (short text/20 characters) Performance rating (short text/10 characters) which contains 311 employees record. Express the result in binary-style KB. c. A 8 x 10 inch photo scanned at 600 dots per inch (dpi) with 24-bit color. 1) Express your answer in binary-style MB. Suppose that your compression algorithm attains a compression factor of 200. 2) How many binary-style KB would the picture consume after compression? d. 29 minutes of "1080p60" high definition video: 1920 x 1080 pixels, 32 bits per pixel, and 60 frames per second (now, disregard any accompanying audio). Express your answer in binary-style GB. e. The audio for part (d) uses a 5-channel format, with 16 bits per sample and 48,000 samples per second per channel. Express your answer in binary-style MB. f. A single-layer "Blu-Ray" disc holds 25 binary GB of data. What compression factor is needed to store the video and audio from part (d) and (e) on a Blu-Ray