Zero-to-60, time per lap, record speed for the course - auto racing is a numbers game that can motivate fans to practice math. Word problems based on real numbers challenge students to interpret charts and graphs, perform calculations, work with decimals and percents, make estimations, and do metric conversions. Most statistics are provided in the book; a few activities require looking up statistics in the newspaper or online. Answer key. Illustrated. Good Year Books. 103 pages. Second Edition.

Racing to the Top Using Math and Science is the true story about how the author used wisdom, Math and Science in and outside the classroom to become valedictorian of his high school class.

When driving around the oval ring, drivers of race cars need to know much more than how to turn the wheel and avoid other drivers. How Race Car Drivers Use Math puts readers in the driver's seat to show how race car operators use math to calculate speed and fuel usage, judge their safety, and much more.

"Precision ... Statistical and Mathematical Methods in Horse Racing" thoroughly discusses the mathematical and statistical methods in handicapping and betting techniques. Differentiations, combinatorics, normal distribution, kernel smoothing and other mathematical and statistical tools are introduced. The jargons and equations are kept to a minimum so that it is easy to understand for most readers. More than 20 professional programs are freely available to download, which can allow readers to easily apply the methodology introduced in the book. This book can be divided into three main parts: horse handicapping (Chapters 2-6), wagering (Chapters 7-9) and theories in practices (Chapters 10-11). Chapter 1 will explain why long term gains are possible in horse racing. About horse handicapping, we will start with analysing racing forms in Chapter 2. Other handicapping factors such as weight carried, jockeys, trainers and pedigrees will be discussed in Chapter 3. Some advanced statistical methods, such as chi-square test and kernel smoothing, will be introduced in Chapter 4 to further analyse those handicapping factors discussed in previous chapters. The following two chapters are about probability estimations. In Chapter 5, normal distribution and multinominal logistic regression are introduced in estimating winning probability of each race horse. In Chapter 6, we will talk about some methods in misconceptions in estimating placed probability. Two main concepts in wagering, Kelly criterion and hedging, will be discussed in Chapters 7 and 8. To hit exotic pools, those theories in combinatorics in Chapter 9 will definitely help the readers. The author will share his experiences in betting syndicate in Chapter 10, and tell you how to be a successful professional horseplayer in the last Chapter. Some readers may find the mathematics in this book difficult, but the free program will take your pain away and do all the calculations. You can simply apply all the professional formulae by no more than a click, and pick your horses like an expert analyst. As an awardee in Asian-Pacific Mathematics Olympiad, the author abandoned his career as an actuary and became a key member in a gambling syndicate. This book was reprinted in the 4th edition in Hong Kong, ranked #2 in the best-selling chart in the international Chinese weekly Yazhou Zhoukan, and now available worldwide.

Which driver was faster? How long is each lap at a race track? How much faster are cars now, compared to the first race cars? Author Stuart Murray uses math to explore the fast paced world of racing. He also includes history facts, trivia, and math problem-solving tips.

Paperback reissue 2012; original copyright 1999.

Offers formulas and equations for calculating brake horsepower and torque, displacement, stroke, bore, compression ratio, and more