"An illustrated, popular science reader for any age."--

The Science of Answering Questions: A Statistical Approach introduces students to the process of determining an answer to a question or problem through the collection of information, the use of statistical tools on the information, and reaching a conclusion based on the results. Opening chapters explore the evidence needed to answer the question of interest. Students learn about variables, levels of measurement, populations, samples, and sampling, as well as commonly used and freely available statistical software that can be used in statistical analyses. Additional chapters introduce ways to display and describe information collected from the sample, including summaries, summary tables, and graphs. Descriptive statistics and inferential statistics are covered. Readers explore descriptors, predictors, point estimation, deviation and variance, probability distributions, and interval estimation. Chapters in the latter half of the text focus on answering different questions of interest or the same question with different types of collected information. These chapters cover hypothesis testing, one sample proportion, multinomial, pre-post, homogeneity, correlation, independence, and more. Appendices provide students with helpful references related to critical values and standard normal probabilities. Providing students with a complete yet accessible introduction, The Science of Answering Questions is an excellent introductory resource for a course in statistics.

Asking questions is an integral part of learning and engaging with the world. Complex questions require answers from experts, and this book is packed with fascinating, trusted information about topics ranging from outer space to the human body. Organized by topic in a question-and-answer format, the book is sure to capture readers' imaginations while providing background knowledge about how our universe works.

Answers questions about the human body, animals, plants, and space, including did unicorns ever exist and how volcanoes work.

Why is glass transparent? Why do cats purr? Why do men have nipples? These are but a handful of the thousands of questions that over the years have been asked and answered in The New York Times "Science Q&A" column. At last, the best and most interesting questions-and their replies-have been collected in a book for general readers. From wild animals to outdoor vegetation, from the human body to the heavens above, The New York Times Book of Science Questions and Answers takes readers on a thoroughly entertaining and informative journey through the world we live in. Like David Feldman's bestselling books Do Penguins Have Knees? and Why Do Clocks Run Clockwise?, this is science at its fun-filled best. Featuring answers from a wide variety of leaders across the country in scientific research and education, and illustrated by the delightful drawings of Victoria Roberts, The Times Q&A column is one of the best read features in the Science Times, which is one of the most popular sections of the newspaper. With a daily circulation of 1.2 million people, The New York Times is a leader in conveying scientific information to the general public. This fact-filled handbook for the scientifically curious should prove invaluable as a family reference book, as a classroom resource, as an entertaining subway diversion, and even as a supplement to public libraries' Frequently Asked Questions lists.

A Pulitzer Prize–winning journalist uses data, facts, and science to deliver hilarious, fascinating answers to some of the most famous questions in pop music history. “Is there life on Mars? Where have all the flowers gone? Pop songs can pose excellent questions and James Ball has given them the answers they deserve.”—The Times (UK) Some of the most famous questions of our time have come to us in pop songs. “What is love?” “How soon is now?” “How do you solve a problem like Maria?” But do you know the answers? Breaking down lyrics from Bob Dylan, Queen, Rihanna, the Ting Tings, Billy Joel, and a variety of other genre- and decade-spanning artists with colorful graphs and Venn diagrams,Pop Science reveals the exact points where lowbrow pop culture and the highest science and philosophy meet. By revealing the economic status of doggies in windows, what war is good for, and what becomes of the brokenhearted, James Ball uncovers what we have always known—that pop music is the key to life itself.

Every day you answer questions-dozens, even hundreds of them. How do you find the answers to questions? How can you be sure your answers are correct? Scientists use questions to learn about things. Scientists have developed a way of helping make sure they answer questions correctly. It is called the scientific method. The scientific method can help you find answers to many of the questions you are curious about. What kind of food does your dog like best? Is your sister more likely to help you with your homework if you say please? Can throwing a dead snake over a tree branch make it rain? The scientific method can help you answer these questions and many others. Stephen Kramer's invitation to think like a scientist, illustrated by Felicia Bond's humorous and appealing pictures, will receive enthusiastic response from young readers, scientist and nonscientist alike.

An appealing, lift-the-flap book that answers children's questions about science in an accessible, fun way. Inspired by the sort of questions young children ask, this is a great book to dip in and out of, with lots of quirky and interesting facts.

Were the Middle Ages dark for science? Did the pope say Darwin was right? From the Big Bang to Galileo, from the origins of life on Earth to the existence of life on other planets, The Catholic Church and Science clears away the fog of falsehood and misunderstanding to reveal a faith whose doctrines do not contradict the facts of science, but harmonize with them and a universe whose uncanny order and precision point not to chance assemblage by random forces, but to the purpose-built design of an intelligent creator. Author Ben Wiker (The Darwin Myth, A Meaningful World) takes on the most common errors that modern materialistic thinkers, convinced that faith and science must be mortal enemies, have foisted into popular culture. With great learning, clarity, and wit he tackles stubborn confusions many people have about the relationship between Christianity especially Catholicism and the empirical sciences, and separates truth from lies, the factual from the fanciful.

One of our most brilliant social critics—author of the bestselling The Middle Mind—presents a scathing critique of the “delusions” of science alongside a rousing defense of the tradition of Romanticism and the “big” questions. With the rise of religion critics such as Richard Dawkins, and of pseudo-science advocates such as Malcolm Gladwell and Jonah Lehrer, you’re likely to become a subject of ridicule if you wonder “Why is there something instead of nothing?” or “What is our purpose on earth?” Instead, at universities around the world, and in the general cultural milieu, we’re all being taught that science can resolve all questions without the help of philosophy, politics, or the humanities. In short, the rich philosophical debates of the 19th century have been nearly totally abandoned, argues critic Curtis White. An atheist himself, White nonetheless calls this new turn “scientism”—and fears what it will do to our culture if allowed to flourish without challenge. In fact, in “scientism” White sees a new religion with many unexamined assumptions. In this brilliant multi-part critique, he aims at a TED talk by a distinguished neuroscientist in which we are told that human thought is merely the product of our “connectome,” a map of neural connections in the brain that is yet to be fully understood. . . . He whips a widely respected physicist who argues that our new understanding of the origins of the universe obviates any philosophical inquiry . . . and ends with a learned defense of the tradition of Romanticism, which White believes our technology and science-obsessed world desperately needs to rediscover. It’s the only way, he argues, that we can see our world clearly. . . and change it.