Whether you're sitting on one blockbuster idea or half a dozen bright possibilities, The Creative Writer's Companion will help you parlay what you've created into the widest number of outlets. You'll learn how your plot and characters can become a book, a movie, a television show, or even a cartoon strip, and how limiting your queries to just one of those industries can hamper your project's ultimate success. Corwin will show you how to get your ideas into the hands of decision makers, explain how proposals get noticed, and divulge tips on presentation and packaging both ideas and written material. The world of media is hungry for content, and there are more opportunities than ever to place your work. The Creative Writer's Companion will give you the inspiration and the strategies you need to turn your ideas into product.
The 21st century yields more outlets than ever for creative ideas -- magazines, books, web sites, games, movies, and more. Corwin updates the classic "how to sell your writing" book by encouraging readers to be broader and more flexible in their thinking. He demonstrates how to get ideas in the hands of decision makers in a variety of industries and describes how one idea can be parlayed into success in many outlets. Readers will learn how a book can turn into a screenplay, a comic book into an action figure, a magazine piece into website content. They will also be given specific advice on how to package ideas that will get noticed in the publishing, film. television, and internet content industries.
This textbook was designed for a first course in differential and integral calculus, and is directed toward students in engineering, the sciences, mathematics, and computer science. Its major goal is to bring students to a level of technical competence and intuitive understanding of calculus that is adequate for applying the subject to real world problems. The text contains major sections on: (1) linear functions and derivatives; (2) computing derivatives; (3) applications of derivatives; (4) integrals; and (5) infinite series. The activities contained within these chapters are designed so that students can first study the exercise set and the solutions. Next, the students are asked to make modifications to the original problem, solve it, and move on to the variations. The appendices include math tables, additional reading and exercises, solutions, and hints to the exercises. (TW)
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