Reread Othello's soliloquy in Act III, scene 3, lines 262-281. Which of Othello's insecurities are highlighted within the text? "This fellow’s of exceeding honesty And knows all quantities, with a learnèd spirit, Of human dealings. If I do prove her haggard, Though that her jesses were my dear heartstrings, I’d whistle her off and let her down the wind To prey at fortune. Haply, for I am black And have not those soft parts of conversation That chamberers have, or for I am declined Into the vale of years—yet that’s not much—She’s gone, I am abused, and my relief Must be to loathe her. Oh, curse of marriage That we can call these delicate creatures ours And not their appetites! I had rather be a toad And live upon the vapor of a dungeon Than keep a corner in the thing I love For others' uses. Yet ’tis the plague to great ones, Prerogatived are they less than the base. 'Tis destiny unshunnable, like death. Even then this forkèd plague is fated to us When we do quicken. Look where she comes." *

Read the excerpt from the code book. without much hope of a theoretical breakthrough, cryptanalysts have been forced to look for a technological innovation. if there is no obvious way to reduce the number of steps required for factoring, then cryptanalysts need a technology that will perform these steps more quickly. silicon chips will continue to get faster as the years pass, doubling in speed roughly every eighteen months, but this is not enough to make a real impact on the speed of factoring—cryptanalysts require a technology that is billions of times faster than current computers. consequently, cryptanalysts are looking toward a radically new form of computer, the quantum computer. if scientists could build a quantum computer, it would be able to perform calculations with such enormous speed that it would make a modern supercomputer look like a broken abacus. the author’s purpose in this paragraph is to convince the readers to pursue a career in analysis. explain the need for faster technology in cryptanalysis. entertain with interesting stories about supercomputers. argue for more money to develop a quantum computer.