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This collection of puzzles, games and activities is designed to stimulate and challenge people of all ages who enjoy puzzles with a mathematical flavour. Many of the puzzles have a long history, while others are original. The subjects vary from matchsticks to magic squares, train shunting to river crossing, and chess to claculators. the second part of the book contains a commentary giving hints…
A Mathematical Pandora's box follows the very successful puzzle books by the same author, most recently Mathemtical cavalcade. It contains 142 puzzle to challenge people of all ages. There is a detailed commentary at the end of the book, giving solutions and explanations, together with the occasional follow-up problem.
This book follows the successful Amazing Mathematical Amusement Arcade by the same author. It contains a further 128 puzzles and games designed to challenge people of all ages. The subjects range from matchsticks and coins to chocolate manufacture and expeditions across Dartmoor. The second part of the book contains
A Mathematical Jamboree follows the very succesful puzzel books by the same author. It contains 114 puzzles and activities to challenge people of all ages. There is a detailed commentary at the end of the book, giving solutions and explanations, together with the occasional follow-up problem.
This book revolutionizes the prevailing understanding and teaching of math. This book is a mush for all upper-level Christian school curricula and for college students and adults interested in math or related field of science and religion. It will serve as a solid refutation for the claim, often made in court, that mathematics is one subject which cannot be taught from a distinctively Biblical…
The Industrial Revolution, which began in England in the middle of the eighteenth century and spread across the globe by the beginning of World War II, shapd a new world. The introduction of new technology into manufacturing processes at the heart of the revolution turned simple agricultural societies into complex industrial ones.
Understand intercultural communication processes, Improve self-awereness and communication in intercultural setting, Expand skill in identifying analyzing and solving intercultural communication challenges at work, Evaluate whether one's communication has been effective.
Where are we ever going to use this? Every high school math student has asked this question. Often teachers themselves aren't sure how to respond. One answer is that higher mathematics learned in high school will be essential to learning yet more at the college level. A more satisfactory answer call for an awareness of how math is applied in many specific areas.
Have you ever wondered how a smartphone knows way is up? Or how a driverless car avoids crashes? Or how virtual reality works?